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Physics Model

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₹2,123   ₹2,999
You save ₹876!
29.21% OFF
RANDHAWA GLOBAL Variable Sliding Rheostat 1000 Ω and 12 inch Lerngth, RG-47062 is a type of electrical resistor with a sliding contact that allows for the precise adjustment of electrical resistance within a circuit. Rheostats are used to control the flow of electric current in a circuit, making them valuable tools in electronics, electrical engineering, and physics experiments.
Key features and functions of a variable sliding rheostat:
Resistance Element: The core component of a rheostat is a resistive wire or strip, typically made of materials like nichrome, which has a high resistance to electrical current. This wire is wound around an insulating core, and its length determines the maximum resistance of the rheostat.
Sliding Contact: A sliding contact or wiper, usually in the form of a metal or carbon-coated slider, is connected to a knob or lever that the user can move along the resistive element. By adjusting the position of the slider, the user can change the length of wire in the circuit, thereby altering the overall resistance.
Variable Resistance: As the slider is moved along the resistive element, it makes contact with different portions of the wire, effectively increasing or decreasing the resistance in the circuit. This variability allows for precise control of the current flowing through the circuit.
Mechanical Construction: Variable sliding rheostats are often constructed with a housing that encloses the resistive wire, protecting it from physical damage and contamination. The knob or lever connected to the slider is easily accessible for users to adjust the resistance.
Applications of variable sliding rheostats:
Light Dimming: Rheostats are commonly used in lighting systems to adjust the brightness of incandescent or halogen lamps. By varying the resistance in the circuit, users can control the amount of current supplied to the lamp.
Heating Control: Rheostats are used in applications where precise temperature control is required, such as in electric stoves and heating elements. By adjusting the resistance, the level of heating can be regulated.
Voltage Control: In electronic circuits and experiments, rheostats are used to control the voltage applied to specific components or devices. This is important for adjusting the performance of electronic systems.
Scientific Experiments: Rheostats are valuable tools in physics and electrical engineering experiments for studying the behavior of circuits, resistance, and current flow. They provide a means to control and vary parameters in experiments.
Motor Speed Control: In some applications, rheostats can be used to control the speed of electric motors by adjusting the voltage and current supplied to them.
Educational Demonstrations: Rheostats are used in educational settings to teach students about electrical resistance, Ohm's law, and circuit control.
Overall, variable sliding rheostats are versatile devices that enable precise control of electrical resistance, making them essential components in various applications where regulation of current, voltage, or heat is necessary.
₹7,197  
Khanna Traders is a well-known brand that specializes in creating high-quality wooden products for various purposes. One of their most popular products is the 22 x 20 x 15 inch wooden kitchen garden model, which is designed to help people grow their own vegetables and herbs in a compact and convenient way.
The Khanna Traders wooden kitchen garden model is made from high-quality wood that is both durable and long-lasting. It is designed to be easy to assemble and disassemble, making it easy to move around and store when not in use. The model features a spacious planting area that can accommodate a wide variety of plants, including vegetables, herbs, and flowers.
The wooden kitchen garden model also comes with a built-in drainage system that helps to prevent waterlogging and ensures that plants receive the right amount of water. This is important because overwatering can lead to root rot and other problems that can damage or kill plants.
In addition to its functional features, the Khanna Traders wooden kitchen garden model is also aesthetically pleasing. It has a natural wood finish that adds a touch of elegance to any outdoor space. The model can be customized with different colors and finishes to match the décor of your home or garden.
Overall, the Khanna Traders 22 x 20 x 15 inch wooden kitchen garden model is an excellent investment for anyone who wants to grow their own vegetables and herbs in a compact and convenient way. Its durable construction, easy assembly, and built-in drainage system make it a great choice for both novice and experienced gardeners alike.
Set of 12 piece
₹388   ₹599
You save ₹211!
35.23% OFF
The GENERIC 12 Type Shape Multicolor Plastic Geometrical Model Figure, model SS12-1P (Set of 12), is a comprehensive collection of geometrical models designed to aid in the visualization and understanding of various geometric shapes. This set includes 12 different shapes, each crafted from durable plastic and presented in vibrant, multicolor designs, making it both an educational tool and a visually engaging resource. Each model in the SS12-1P set represents a different geometric shape, ranging from basic forms like cubes and spheres to more complex structures such as pyramids and polyhedra. The variety of shapes provided allows for a thorough exploration of geometric concepts, making this set ideal for educational purposes, including teaching, learning, and demonstration. The multicolor plastic construction not only enhances the visual appeal but also helps in distinguishing between the different shapes quickly. This color-coding feature can be particularly useful for educators and students alike, as it aids in the identification and differentiation of shapes during lessons or activities. The geometric models are designed with precision to accurately represent the properties of each shape. They are lightweight yet sturdy, ensuring they can withstand regular handling and manipulation. The plastic material is also easy to clean and maintain, making these models practical for classroom or workshop use. This set is valuable for a variety of educational contexts, including mathematics, engineering, and art. It provides a hands-on learning experience that can help students grasp complex geometric concepts through tactile and visual means. Additionally, the set can be used for demonstrations, experiments, and activities that require a tangible representation of geometric principles.
₹341   ₹399
You save ₹58!
14.54% OFF
RANDHAWA GLOBAL Equilateral Glass Prism 50x50 mm, RG-57002 is a three-dimensional optical element made of transparent glass with flat, polished surfaces, typically arranged in a triangular shape. Prisms are renowned for their ability to refract (bend) and disperse (separate) white light into its constituent colors, creating a rainbow-like spectrum. They are essential tools in optics, physics, and spectroscopy, enabling the study of light and its properties.
Key features and functions of a glass prism:
Refraction of Light: When a beam of white light enters a glass prism, it slows down and bends (refracts) due to the change in the speed of light in the denser glass medium. The amount of bending depends on the angle of incidence and the refractive index of the glass.
Dispersion of Light: One of the most famous properties of prisms is their ability to disperse white light into its component colors, creating a spectrum. This dispersion occurs because different colors of light have different wavelengths, and each wavelength is bent by a different amount when passing through the prism.
Prismatic Colors: The order of colors in the spectrum created by a prism is typically red, orange, yellow, green, blue, indigo, and violet, often remembered by the acronym "ROYGBIV." Each color corresponds to a specific wavelength of light.
Refractive Index: The refractive index of the glass prism determines the extent to which light is bent. A higher refractive index leads to greater bending of light. Different types of glass prisms with varying refractive indices are used for different optical applications.
Angling the Prism: By changing the angle at which light enters and exits the prism, one can control the path of light, enabling applications like beam deviation, total internal reflection, and creating specific light dispersion effects.
Spectroscopy: Prisms are essential components of spectrometers, instruments used to analyze the spectral composition of light. They disperse light into its constituent colors, allowing scientists to study the absorption and emission spectra of materials, identify chemical elements, and more.
Educational Tools: Glass prisms are used in educational settings to demonstrate principles of optics and the behavior of light. They help students understand concepts like refraction, dispersion, and color separation.
In summary, glass prisms are versatile optical tools that play a crucial role in understanding and manipulating the behavior of light. They are instrumental in various scientific and technological applications, from spectroscopy to photography and education. By bending and dispersing light, prisms provide valuable insights into the fundamental properties of light and enable the development of numerous optical devices and systems.
₹7,315  
The Khanna Traders 24 x 8 x 14 inch Wooden Trench Latrine Model is a miniature model of a trench latrine made of wood. It is designed to give a clear and detailed representation of a trench latrine, which is a type of outdoor toilet commonly used in rural areas and military camps.
The model is made of high-quality wood and is crafted to perfection. It measures 24 x 8 x 14 inches, making it a compact and portable model that can be easily carried around. The model is designed to resemble a real trench latrine, with a wooden platform, a trench, and a privacy screen.
The wooden platform is designed to provide a stable and comfortable surface for the user to stand on while using the latrine. The trench is designed to collect the waste and direct it away from the user. The privacy screen is designed to provide the user with a sense of privacy while using the latrine.
The Khanna Traders 24 x 8 x 14 inch Wooden Trench Latrine Model is an excellent educational tool for schools, colleges, and universities. It can be used to teach students about the different types of latrines and their construction. It can also be used to teach students about the importance of proper sanitation and hygiene.
In conclusion, the Khanna Traders 24 x 8 x 14 inch Wooden Trench Latrine Model is a high-quality and detailed representation of a trench latrine. It is an excellent educational tool that can be used to teach students about the importance of proper sanitation and hygiene.
₹1,651  
RANDHAWA GLOBAL Metal Water Turbine for Teaching and Learning Purpose, RG-44529 is a mechanical device that converts the kinetic energy of flowing water into mechanical energy, which can then be used to generate electricity or perform various mechanical tasks. Water turbines have been used for centuries and play a critical role in hydropower generation, a renewable and sustainable source of energy. Here are the key components and functions of a water turbine:
Runner or Rotor: The central component of a water turbine is the runner or rotor. It is typically a wheel-like structure with blades or buckets attached to its perimeter. The runner is placed in the path of the flowing water, and as the water strikes the blades, it imparts kinetic energy to the runner.
Water Source: Water turbines are positioned in rivers, streams, dams, or other water bodies with a flow of water. The water source provides the necessary kinetic energy for the turbine to operate.
Nozzle or Guide Vanes: In some turbine designs, there are nozzles or guide vanes that control the flow of water onto the runner, optimizing the energy transfer. These components direct the water flow to maximize the turbine's efficiency.
Shaft: The mechanical energy generated by the runner is transferred to a rotating shaft connected to it. This shaft is responsible for transmitting the mechanical power to a generator, pump, or other machinery.
Generator or Mechanical Load: Water turbines are often connected to generators, which convert the mechanical energy from the shaft into electrical energy. In industrial and mechanical applications, the shaft may be linked to pumps, mills, or other machinery for various purposes.
Governor System: In hydropower plants, a governor system may be employed to regulate the speed of the turbine and, consequently, the electrical output. This ensures stable and consistent power generation.
Housing or Casing: Water turbines are enclosed in a housing or casing to protect the machinery and ensure efficient operation by maintaining a controlled flow of water onto the runner.
Types of Water Turbines:
Several types of water turbines exist, each designed for specific applications and water conditions. Common types include:
Impulse Turbines: These turbines operate based on the impact of high-velocity water jets on the runner's buckets. Examples include Pelton and Turgo turbines.
Reaction Turbines: These turbines operate using both the kinetic energy and pressure of water as it flows over the runner's blades. Examples include Francis and Kaplan turbines.
Applications of Water Turbines:
Hydropower Generation: Water turbines are a primary source of renewable energy, producing electricity for residential, industrial, and commercial use.
Irrigation: Water turbines are used to pump water for irrigation purposes, facilitating agricultural activities.
Industrial Processes: Water turbines are employed in various industrial processes, such as milling, paper production, and manufacturing.
Water Pumping: In regions with limited access to electricity, water turbines are used to power water pumps for clean water supply.
Wastewater Treatment: Turbines are used in wastewater treatment plants to mix and aerate sewage.
Water turbines are essential devices that harness the power of water for a wide range of applications, contributing to sustainable energy generation and efficient mechanical processes. Their efficiency and ability to generate electricity from flowing water make them an environmentally friendly and economically viable source of power.
₹2,477   ₹2,999
You save ₹522!
17.41% OFF
RANDHAWA GLOBAL Ohm's Law Apparatus Kit Model with Built In Power Supply and Rheostat, RG-94431 is an educational and experimental tool used to demonstrate and understand Ohm's Law, a fundamental principle in electronics and electrical engineering. Ohm's Law relates the voltage (V), current (I), and resistance (R) in an electrical circuit and is expressed by the equation V = I × R.
The kit typically consists of various components and instruments designed to perform experiments and verify Ohm's Law. Here are the key components and their functions:
Variable Power Supply: This is the source of electrical voltage (V) in the circuit. The power supply allows you to adjust and control the voltage applied to the circuit, which is essential for conducting experiments at different voltage levels.
Ammeter: The ammeter is used to measure electric current (I) in the circuit. It is connected in series with the components under study and provides readings in units like amperes (A) or milliamperes (mA).
Voltmeter: The voltmeter is used to measure voltage (V) across specific components or parts of the circuit. It is connected in parallel with the component of interest and provides voltage readings in volts (V).
Variable Resistor (Rheostat or Potentiometer): This component allows you to vary the resistance (R) in the circuit. By adjusting the resistance, you can observe how changes in resistance affect current and voltage in accordance with Ohm's Law.
Circuit Components: The kit includes various resistors, wires, and connectors to build and modify electrical circuits. These components are essential for constructing different circuit configurations to test Ohm's Law.
Using the Ohm's Law Apparatus Kit Model, students and learners can perform the following experiments and demonstrations:
Verification of Ohm's Law: By adjusting the voltage, measuring the current, and calculating resistance (V = I × R), users can verify that the relationship between voltage, current, and resistance follows Ohm's Law.
Resistance Measurement: Users can measure the resistance of unknown resistors using the kit and compare the results to their actual resistance values.
Series and Parallel Circuits: The kit can be used to build and analyze series and parallel circuits to understand how different configurations affect voltage, current, and resistance.
Graphical Representation: Students can plot voltage-current (V-I) graphs to visualize the linear relationship predicted by Ohm's Law.
Overall, the Ohm's Law Apparatus Kit Model is an essential educational tool for teaching and learning about Ohm's Law and fundamental electrical concepts. It provides a hands-on experience that helps students grasp the principles of voltage, current, and resistance in electrical circuits and their interplay as described by Ohm's Law.
₹4,011   ₹4,999
You save ₹988!
19.76% OFF
The NS Hand Operated Mini Van de Graaff Generator stands as a captivating and educational instrument, offering a hands-on exploration of fundamental principles in physics and electrostatics. Crafted with precision and ingenuity, this mini generator provides a visually engaging and interactive platform for students, educators, and science enthusiasts to delve into the captivating world of electrostatic phenomena, making it an ideal educational tool for classroom demonstrations and science fairs.
Designed with portability and practicality in mind, the hand-operated mini Van de Graaff generator offers a compact and user-friendly solution for conducting captivating electrostatic experiments and demonstrations. Its miniature form factor and manual operation enable users to generate and observe electrostatic phenomena with ease, fostering an immersive and participatory learning experience for students and science enthusiasts.
The generator's ability to produce visible electrostatic effects, such as hair-raising demonstrations and miniature lightning discharges, serves as a compelling visual aid for illustrating the principles of electrostatics. Through hands-on experimentation with the mini generator, students can gain a deeper understanding of electrostatic charges, electric fields, and the behavior of charged particles, fostering a tangible and memorable learning experience that reinforces theoretical knowledge with practical observation.
The mini Van de Graaff generator's educational value extends to its role in demonstrating key concepts in physics, such as electrostatic induction, Coulomb's law, and the principles of potential difference. By engaging with the generator's operation and observing its effects, students can develop a nuanced understanding of electrostatic forces and phenomena, enhancing their comprehension of foundational principles in physics and electrical phenomena.
Equipped with safety features and user-friendly controls, the mini generator promotes a secure and accessible learning environment, allowing students to explore electrostatic concepts with confidence and curiosity. Its interactive nature and captivating demonstrations make it an indispensable tool for educators seeking to ignite students' passion for science and inspire a deeper appreciation for the wonders of physics and electrostatics.
In conclusion, the NS Hand Operated Mini Van de Graaff Generator represents an engaging and educational instrument for exploring the captivating world of electrostatic phenomena. Its compact design, interactive demonstrations, educational relevance, and user-friendly operation make it an indispensable resource for educators and science enthusiasts, empowering them to convey complex electrostatic principles in a visually compelling and interactive manner, fostering a deep and lasting appreciation for physics and scientific exploration.
₹7,197  
The Khanna Traders 20 x 12 x 12 inch Wooden Rapid Sand Filter Model is a water filtration system designed to remove impurities from water. The filter is made of wood and is 20 inches in length, 12 inches in width, and 12 inches in height. It is designed to be used in households, offices, and small industries.
The filter uses a rapid sand filtration process to remove impurities from water. The process involves passing water through a layer of sand, which traps and removes impurities such as dirt, sand, and other particles. The sand used in the filter is specially treated to ensure that it is clean and free of impurities.
The filter is easy to install and operate. It comes with a user manual that provides step-by-step instructions on how to install and operate the filter. The filter is also easy to maintain and clean. It is recommended that the sand be replaced every six months to ensure that the filter continues to work effectively.
The Khanna Traders 20 x 12 x 12 inch Wooden Rapid Sand Filter Model is an eco-friendly and cost-effective solution for water filtration. It does not require electricity or any other external power source to operate, making it an ideal choice for areas with limited access to electricity. The filter is also cost-effective as it does not require any expensive chemicals or maintenance.
Overall, the Khanna Traders 20 x 12 x 12 inch Wooden Rapid Sand Filter Model is an excellent choice for anyone looking for an effective, eco-friendly, and cost-effective solution for water filtration. It is easy to install, operate, and maintain, making it an ideal choice for households, offices, and small industries.
₹695   ₹999
You save ₹304!
30.43% OFF
The NS 1.5V Leclanché cell serves as an essential and foundational component within the realm of educational physics laboratories, embodying principles of electrochemistry and electrical energy conversion in a compact and accessible form. Designed with a specific focus on educational applications, this cell offers students a hands-on opportunity to explore fundamental concepts related to batteries, voltage generation, and circuitry within a controlled and safe laboratory environment.
Tailored for educational purposes, the 1.5V Leclanché cell provides a practical and tangible tool for students to investigate the basic principles of electrochemical cells and their role in powering various electrical devices. Its relatively low voltage output ensures a safe learning experience while still enabling demonstrations of key electrical phenomena, encouraging students to engage with theoretical concepts through experiential exploration.
In the context of a physics laboratory, the Leclanché cell offers an illustrative example of a common type of primary battery, allowing students to observe first-hand the chemical reactions that drive the conversion of chemical energy into electrical energy. This experiential learning opportunity promotes a deeper understanding of the underlying principles of energy transformation and the functioning of electrical circuits, fostering a holistic comprehension of foundational physics concepts.
Furthermore, the application of the 1.5V Leclanché cell in educational settings encourages active participation and critical thinking among students, prompting them to formulate hypotheses, conduct experiments, and analyze data to draw conclusions about the behaviour and characteristics of batteries in practical scenarios. By providing a tangible link between theoretical knowledge and real-world applications, the cell enriches the learning experience and cultivates a sense of curiosity and exploration in students pursuing studies in physics and related disciplines.
Overall, the NS 1.5V Leclanché cell stands as a gateway to understanding the interplay between chemistry and electricity, offering a valuable tool for educators to inspire interest and curiosity in the realm of physics through hands-on experimentation and experiential learning in the laboratory setting. Its compact design, educational focus, and practical utility position it as a cornerstone component in the pedagogical arsenal for fostering a deep appreciation and comprehension of the intricate workings of electrical systems and energy conversion processes.
₹5,781   ₹8,999
You save ₹3,218!
35.76% OFF
The NS Van De Graaff generator with a heavy copper motor is a specialized educational apparatus designed to demonstrate principles of electrostatics and high-voltage phenomena in laboratory and classroom settings. Named after its inventor, Robert J. Van de Graaff, this generator is renowned for its ability to produce and store high voltages, creating dramatic and visually compelling demonstrations of electrostatic forces.
Key components of the NS Van De Graaff generator include a spherical metal dome mounted on an insulating column, a motor-driven belt system made from heavy copper for durability and efficient charge transfer, and a grounded base. The generator operates by using the motor to move a rubber belt past metal combs, which transfer electric charge to the dome through induction, resulting in the accumulation of high voltages on the dome's surface.
In educational environments, the Van De Graaff generator serves as a powerful tool for teaching and illustrating fundamental concepts in physics, such as electric fields, potential energy, and static electricity. Demonstrations with the generator include creating sparks, observing electrostatic repulsion and attraction, and conducting experiments on electrical conduction and insulation.
Imported for its quality and reliability, the NS Van De Graaff generator meets educational standards for safety and performance. It is designed to withstand frequent use and provides a controlled environment for safely generating and manipulating high voltages, ensuring both educational effectiveness and student safety during demonstrations.
The generator's heavy copper motor enhances efficiency and reliability in charge generation and transfer processes, allowing for consistent and reproducible demonstrations of electrostatic phenomena. This feature also supports extended use in educational settings where reliability and durability are paramount for continuous learning and experimentation.
Overall, the NS Van De Graaff generator with heavy copper motor exemplifies functionality, educational value, and safety in laboratory equipment. Its ability to generate high voltages and facilitate engaging demonstrations of electrostatic principles enriches educational experiences, inspires curiosity in science, and fosters deeper understanding of fundamental physics concepts among students and educators alike.
₹7,315  
Khanna Traders is a well-known brand that offers a wide range of wooden products, including furniture, toys, and decorative items. One of their popular products is the 20 x 10 x 14 inch wooden well-ventilated house model.
This wooden house model is designed to replicate a traditional house with a pitched roof, windows, and a door. It is made of high-quality wood that is durable and long-lasting. The wood used in this model is well-polished to give it a smooth and shiny finish.
The house model is well-ventilated, which means it has enough openings to allow air to flow freely. This feature makes it perfect for use as a birdhouse or a small animal shelter. The ventilation system ensures that the inside of the house remains cool and dry, which is essential for the health and well-being of the animals.
The 20 x 10 x 14 inch size of the house model is perfect for small animals like birds, squirrels, and rabbits. It provides enough space for them to move around comfortably and also offers protection from predators.
The wooden house model is easy to install and comes with all the necessary hardware. It can be mounted on a tree or a pole using the included screws and hooks. The installation process is straightforward and can be done by anyone with basic DIY skills.
Overall, the Khanna Traders 20 x 10 x 14 inch wooden well-ventilated house model is an excellent choice for anyone looking for a durable and functional animal shelter or birdhouse. Its high-quality construction, well-ventilated design, and easy installation make it a top choice for animal lovers and nature enthusiasts.
₹7,315  
The Khanna Traders 19 x 10.5 x 26 inch Wooden Incinerator Model is a device that is used to burn waste materials. It is designed to be used in outdoor spaces such as gardens, backyards, and campsites. The incinerator is made of wood and has a size of 19 x 10.5 x 26 inches. It is a compact and portable device that can be easily moved from one place to another.
The wooden incinerator model is designed to burn various types of waste materials such as paper, cardboard, wood, and garden waste. It is equipped with a metal grate that allows air to circulate and helps to maintain a steady fire. The incinerator has a chimney that helps to release smoke and fumes into the air.
The Khanna Traders incinerator model is easy to use. It has a hinged lid that can be opened to add waste materials to the fire. The lid can also be closed to prevent sparks and embers from escaping. The incinerator has a sturdy base that keeps it stable and prevents it from tipping over.
The incinerator model is also easy to clean. It has a removable ash pan that can be easily emptied and cleaned. The pan is located at the bottom of the incinerator and can be accessed by opening a small door.
Overall, the Khanna Traders 19 x 10.5 x 26 inch Wooden Incinerator Model is a reliable and efficient device that is designed to burn waste materials in an outdoor setting. It is easy to use, easy to clean, and provides a safe and effective way to dispose of waste materials.
₹7,315  
The Khanna Traders 20 x 7.5 x 13 inch Wooden Biogas Model is a miniature model of a biogas plant that is used to generate renewable energy. The model is made of wood and measures 20 inches in length, 7.5 inches in width, and 13 inches in height. It is designed to replicate the process of biogas production in a simplified manner, making it an ideal educational tool for students and enthusiasts.
The model consists of a wooden tank that represents the digester, where organic waste is fed into the system. The waste is then broken down by bacteria in the tank, producing biogas and slurry. The biogas is collected in a gas holder, which is also made of wood, and can be used for cooking, heating, or generating electricity.
The Khanna Traders Biogas Model also includes a wooden stove, which can be used to demonstrate how biogas can be used for cooking. The stove is designed to be fuel-efficient, making it an ideal alternative to traditional stoves that use fossil fuels.
Overall, the Khanna Traders Biogas Model is a great educational tool for anyone interested in renewable energy and sustainable living. It provides a simplified representation of the biogas production process, making it easy to understand and learn from. Additionally, the use of wood as the primary material for the model adds to its sustainability, as wood is a renewable resource that can be easily sourced and recycled.
₹7,197  
The Khanna Traders 18 x 20 x 15 inch Wooden Septic Tank Model is a miniature model of a septic tank made out of wood. The model is designed to help people understand how a septic tank works and how it is constructed.
Septic tanks are used to treat wastewater from homes and businesses that are not connected to a public sewer system. The septic tank is buried underground and is designed to separate solids from liquids. The solids settle to the bottom of the tank and are broken down by bacteria. The liquids are then discharged into a drain field where they are further treated by the soil.
The Khanna Traders 18 x 20 x 15 inch Wooden Septic Tank Model is a great tool for people who are interested in learning about septic tanks. The model is made out of wood and is designed to look like a real septic tank. It is 18 inches long, 20 inches wide, and 15 inches high, making it the perfect size for a tabletop display.
The model is designed to show the different components of a septic tank, including the inlet and outlet pipes, the baffle, and the drain field. The baffle is an important component of a septic tank because it helps to prevent solids from leaving the tank and clogging the drain field.
Overall, the Khanna Traders 18 x 20 x 15 inch Wooden Septic Tank Model is a great educational tool for people who want to learn more about septic tanks. It is well-made and provides a clear visual representation of how a septic tank works.
₹7,315  
The Khanna Traders 14 x 8.5 x 10 inch Wooden Bore Hole Latrine Model is a miniature model of a bore hole latrine made out of wood. It is designed to help people understand the basic structure and functioning of a bore hole latrine.
The model is 14 inches in length, 8.5 inches in width, and 10 inches in height. It is made out of high-quality wood and is designed to be durable and long-lasting. The model consists of a wooden base, a wooden frame, and a wooden cover. The base is designed to simulate the ground, while the frame represents the walls of the bore hole latrine. The cover is designed to represent the roof of the latrine.
The model also includes a miniature toilet seat and a waste disposal system. The toilet seat is designed to be similar to a real toilet seat and is placed on top of the frame. The waste disposal system includes a small hole in the base of the latrine, which is connected to a pipe that leads to a septic tank or a sewage system.
The Khanna Traders 14 x 8.5 x 10 inch Wooden Bore Hole Latrine Model is an excellent educational tool for schools, NGOs, and other organizations that work in the field of sanitation. It can be used to teach people about the importance of sanitation, the benefits of using bore hole latrines, and how to maintain them. It is also a useful tool for engineers and architects who are involved in designing and building bore hole latrines.
₹7,197  
The Khanna Traders 20 x 18 x 9 inch Wooden House Drainage System Model is a miniature model that represents a typical house drainage system. The model is made of wood and is designed to help people understand how a house drainage system works.
The model consists of several parts, including a roof, gutters, downspouts, and a drainage system. The roof is designed to collect rainwater and direct it to the gutters. The gutters are installed along the edges of the roof and are designed to collect the rainwater and direct it to the downspouts. The downspouts are vertical pipes that are connected to the gutters and are designed to carry the rainwater down to the drainage system.
The drainage system is made up of a series of pipes that are installed underground. The pipes are designed to carry the rainwater away from the house and into a drainage ditch or a stormwater system. The model also includes a sump pump, which is used to pump water out of the basement in case of flooding.
The Khanna Traders 20 x 18 x 9 inch Wooden House Drainage System Model is a useful tool for homeowners, contractors, and architects who want to understand how a house drainage system works. The model is easy to use and can be used to demonstrate the different components of a drainage system. It can also be used to identify potential problems with a drainage system and to develop solutions to those problems. Overall, the Khanna Traders 20 x 18 x 9 inch Wooden House Drainage System Model is a valuable tool for anyone who wants to learn more about house drainage systems.
₹7,197  
The Khanna Traders 30 x 18 x 9 inch Wooden Modern Drainage System Model is a modern and innovative solution for drainage systems. It is made of high-quality wood that is durable and long-lasting. The model is designed to provide efficient drainage solutions for homes, offices, and other commercial buildings.
The drainage system model is 30 inches long, 18 inches wide, and 9 inches deep, making it a perfect fit for most spaces. It is designed to be easy to install and maintain, making it a popular choice among homeowners and contractors alike.
The wooden modern drainage system model is designed to be aesthetically pleasing and functional at the same time. It features a unique design that allows for efficient water flow and drainage. The model is equipped with a series of channels and grooves that help to direct water away from the building and into the drainage system.
The wooden modern drainage system model is also designed to be eco-friendly. It is made of natural wood that is sourced from sustainable forests, ensuring that it has a minimal impact on the environment. The model is also designed to be easy to clean and maintain, making it a popular choice among homeowners who want to reduce their environmental footprint.
Overall, the Khanna Traders 30 x 18 x 9 inch Wooden Modern Drainage System Model is an innovative and efficient solution for drainage systems. It is designed to be easy to install, maintain, and use, making it a popular choice among homeowners and contractors alike. Its unique design and eco-friendly materials make it a great choice for those who want to reduce their environmental impact while still enjoying the benefits of a modern drainage system.
₹7,197  
The Khanna Traders 20 x 20 x 15 cm Wooden Water Purification Plant Model is a miniature representation of a water purification plant. It is made of high-quality wood and is 20 cm in length, 20 cm in width, and 15 cm in height. The model is designed to show the different stages of water purification, from the intake of raw water to the final stage of treated water.
The model consists of several parts, including a raw water tank, a sedimentation tank, a filtration tank, a disinfection tank, and a treated water tank. The raw water tank is the first stage of the purification process, where the water is collected from the source. The sedimentation tank is the next stage, where the water is allowed to settle, and the impurities are removed.
The filtration tank is the third stage, where the water is passed through different layers of filters to remove any remaining impurities. The disinfection tank is the fourth stage, where the water is treated with chemicals to kill any remaining bacteria or viruses. Finally, the treated water is stored in the treated water tank, ready for distribution.
The Khanna Traders 20 x 20 x 15 cm Wooden Water Purification Plant Model is an excellent educational tool for students and professionals in the water treatment industry. It provides a visual representation of the different stages of water purification, making it easier to understand the complex process. The model is also a great way to demonstrate the importance of clean water and the role of water treatment plants in providing safe drinking water to communities.
₹2,005  
Anjay Engitech Fun and Educational Science Kit for 5th to 8th Class Students AE-07 is designed for typically aged 10 to 14, aims to provide an engaging and hands-on learning experience in various scientific concepts. These kits are carefully curated to align with the age group's cognitive abilities and promote curiosity, critical thinking, and practical experimentation. They typically contain a range of materials, equipment, and instructions to conduct experiments and explore different branches of science.
The science kit may include materials for conducting basic chemistry experiments, such as test tubes, beakers, and chemicals. Students can learn about chemical reactions, acids and bases, and properties of matter through hands-on experiments like creating simple reactions or testing pH levels of household substances.
Physics experiments may involve materials like magnets, lenses, or pulleys to explore concepts like magnetism, light, or simple machines. Students can perform experiments on magnetism, optics, and forces to understand fundamental physics principles.
Biology-focused experiments might include specimens, slides, microscopes, and petri dishes. This allows students to observe microscopic organisms, learn about plant and animal cells, and conduct basic biology experiments like seed germination or the study of microscopic life.
The science kit may also include resources like a guidebook or manual, which provides step-by-step instructions, explanations of scientific principles, and suggested activities. This helps students to understand the concepts behind each experiment and encourages them to think critically and draw conclusions from their observations.
Furthermore, safety equipment and guidelines are often included in the science kits to ensure the students' well-being during experiments. This emphasizes the importance of safety precautions and responsible laboratory practices.
By using science kits, students can actively engage in the scientific process, develop critical thinking skills, and foster a deeper understanding of scientific concepts. The hands-on nature of these kits allows students to apply theoretical knowledge, make observations, and draw conclusions based on evidence.
Science kits for 5th to 8th class students play a crucial role in promoting scientific literacy, nurturing an interest in STEM fields, and preparing students for more advanced scientific studies. These kits provide an interactive and enjoyable learning experience, making science education accessible and engaging for young learners.
Pack of 2 piece
₹1,651 - ₹2,359
The RANDHAWA GLOBAL Bell Experiment Model 12V DC for Educational Purposes RG-55607 is an educational tool designed to demonstrate fundamental principles of electricity and electromagnetism. This model, powered by a 12-volt DC power source, allows students and educators to explore concepts related to circuits, electromagnetism, and the functioning of electric bells in a hands-on manner. With its clear and concise design, the bell experiment model provides a practical platform for students to observe the relationship between electrical current flow and the generation of magnetic fields. By completing the circuit and supplying power to the model, users can witness the electromagnetic forces at work, causing the bell to ring when activated. The simplicity and effectiveness of the bell experiment model make it an ideal teaching aid for classrooms, science fairs, and educational workshops. Its intuitive operation and visual demonstration capabilities help students grasp complex concepts related to electricity and magnetism, fostering a deeper understanding of fundamental scientific principles. Furthermore, the model's sturdy construction and durable components ensure reliable performance and longevity, making it suitable for repeated use in educational settings. Its compact size and portable design allow for easy transportation between classrooms or educational venues, facilitating hands-on learning experiences wherever they are needed. Overall, the RANDHAWA GLOBAL Bell Experiment Model 12V DC for Educational Purposes RG-55607 offers an engaging and effective means of teaching fundamental concepts of electricity and electromagnetism. Through hands-on experimentation and observation, students can gain a practical understanding of these principles, laying a solid foundation for further exploration in the fields of science and engineering.
green checkMaterial : Glass and Metal
green checkColor : Red and Transparent
green checkVoltage : 12 V DC
green checkType of Product : Bell Experiment Model
green checkModel No : RG-55607
green checkApplication Area : School and College Laboratories
green checkUsage For : Educational Purpose
₹1,887   ₹2,899
You save ₹1,012!
34.91% OFF
RANDHAWA GLOBAL Brass and Wood Resistance Box 1 to 500 Ω for School and College Labs, RG-30097 is a precision electrical instrument used in electronics, electrical engineering, and physics experiments to provide known and adjustable resistance values. It consists of a series of calibrated resistors enclosed within a box-like housing, and it's designed to offer a convenient and accurate way to introduce specific resistance values into an electrical circuit.
Key features and functions of a resistance box:
Variable Resistance: A resistance box typically contains a series of rotary switches or dials, each corresponding to a different resistor. These switches can be turned to select the desired resistance value, allowing for precise adjustments.
Calibrated Values: The resistance values in a resistance box are precisely calibrated and known with a high degree of accuracy. This makes them valuable tools for creating known and controllable resistance in electrical circuits.
High Precision: Resistance boxes are designed to provide high precision and stability in resistance values, ensuring that the resistance introduced into a circuit is reliable and consistent.
Terminal Connections: Resistance boxes have multiple terminal connections, often labeled as "common," "input," and "output," to facilitate easy integration into a circuit.
Safety Features: Many resistance boxes incorporate safety features like short-circuiting switches or shunts to prevent damage to the resistors and ensure user safety.
Applications of Resistance Boxes:
Circuit Testing and Calibration: Resistance boxes are used to test and calibrate electrical circuits, equipment, and instruments. By introducing known resistance values, technicians and engineers can validate the performance and accuracy of devices.
Educational Purposes: In educational settings, resistance boxes are valuable tools for teaching students about electrical circuits, Ohm's Law, and the concept of resistance. They allow students to experiment with different resistance values and understand their impact on circuit behavior.
Instrumentation Calibration: Resistance boxes are used to calibrate various electrical measuring instruments, including multimeters, ohmmeters, and bridges. They help ensure the accuracy and reliability of these instruments.
Circuit Design and Prototyping: Engineers and circuit designers use resistance boxes during the prototyping and testing phases of circuit development to adjust and fine-tune resistance values in circuits.
Temperature and Sensor Calibration: In scientific research and industrial applications, resistance boxes are employed for calibrating temperature sensors and other resistance-based sensors.
Signal Conditioning: Resistance boxes can be used to condition signals by adjusting the resistance in circuits, enabling signal shaping and control.
In summary, a resistance box is a precise and versatile instrument used to introduce known resistance values into electrical circuits for testing, calibration, and educational purposes. Its accuracy and reliability make it a valuable tool in various fields, including electronics, engineering, physics, and instrumentation.
₹3,303  
RANDHAWA GLOBAL Brass and Wood Resistance Box 1 to 10000 Ω and Constantan Coils, RG-22509 is a precision electrical instrument used in electronics, electrical engineering, and physics experiments to provide known and adjustable resistance values. It consists of a series of calibrated resistors enclosed within a box-like housing, and it's designed to offer a convenient and accurate way to introduce specific resistance values into an electrical circuit.
Key features and functions of a resistance box:
Variable Resistance: A resistance box typically contains a series of rotary switches or dials, each corresponding to a different resistor. These switches can be turned to select the desired resistance value, allowing for precise adjustments.
Calibrated Values: The resistance values in a resistance box are precisely calibrated and known with a high degree of accuracy. This makes them valuable tools for creating known and controllable resistance in electrical circuits.
High Precision: Resistance boxes are designed to provide high precision and stability in resistance values, ensuring that the resistance introduced into a circuit is reliable and consistent.
Terminal Connections: Resistance boxes have multiple terminal connections, often labeled as "common," "input," and "output," to facilitate easy integration into a circuit.
Safety Features: Many resistance boxes incorporate safety features like short-circuiting switches or shunts to prevent damage to the resistors and ensure user safety.
Applications of Resistance Boxes:
Circuit Testing and Calibration: Resistance boxes are used to test and calibrate electrical circuits, equipment, and instruments. By introducing known resistance values, technicians and engineers can validate the performance and accuracy of devices.
Educational Purposes: In educational settings, resistance boxes are valuable tools for teaching students about electrical circuits, Ohm's Law, and the concept of resistance. They allow students to experiment with different resistance values and understand their impact on circuit behavior.
Instrumentation Calibration: Resistance boxes are used to calibrate various electrical measuring instruments, including multimeters, ohmmeters, and bridges. They help ensure the accuracy and reliability of these instruments.
Circuit Design and Prototyping: Engineers and circuit designers use resistance boxes during the prototyping and testing phases of circuit development to adjust and fine-tune resistance values in circuits.
Temperature and Sensor Calibration: In scientific research and industrial applications, resistance boxes are employed for calibrating temperature sensors and other resistance-based sensors.
Signal Conditioning: Resistance boxes can be used to condition signals by adjusting the resistance in circuits, enabling signal shaping and control.
In summary, a resistance box is a precise and versatile instrument used to introduce known resistance values into electrical circuits for testing, calibration, and educational purposes. Its accuracy and reliability make it a valuable tool in various fields, including electronics, engineering, physics, and instrumentation.
₹5,309   ₹6,980
You save ₹1,671!
23.94% OFF
RANDHAWA GLOBAL Searle'S Horizontal Pattern Stainless Steel Torsion Apparatus, RG-66510 is a scientific instrument used to investigate the behavior of materials under torsional stress or torsional deformation. It consists of a horizontal or vertical rod suspended from a fixed point, with a sample or material attached to one end of the rod. When a twisting force, known as torque, is applied to the rod or sample, it undergoes angular displacement or torsional oscillation.
Key features and functions of a torsion apparatus:
Torsional Pendulum: The main component of a torsion apparatus is the torsional pendulum itself. This typically consists of a thin, flexible rod or wire, often made of materials like metal or quartz, that can twist or rotate about its longitudinal axis.
Suspension System: The pendulum is suspended from a fixed point, usually by a fine wire or filament, which allows it to rotate freely without interference from external forces.
Torque Application: Torque is applied to the pendulum by twisting the suspension wire or by attaching a sample to one end of the rod. This creates a restoring torque that opposes the twist, resulting in oscillatory motion.
Angular Displacement Measurement: The apparatus is equipped with a means of measuring the angular displacement or twist of the pendulum. This may involve using a scale, a laser beam, or optical devices to monitor the rotation angle.
Period Measurement: By measuring the period of oscillation (the time taken for one complete cycle of back-and-forth motion), researchers can gather valuable information about the torsional properties of the material being studied.
Applications of torsion apparatus:
Material Testing: Torsion apparatus is commonly used to investigate the mechanical properties of materials, including their shear modulus, torsional stiffness, and torsional damping coefficients.
Scientific Research: Torsion experiments are conducted in various scientific disciplines, such as physics and materials science, to study the behavior of materials under torsional stress and gain insights into their structural properties.
Educational Demonstrations: Torsion apparatus is often used in educational settings to demonstrate concepts related to rotational motion, torque, and material properties.
Rheology: In rheology, the study of how materials deform and flow, torsion experiments can help determine a material's viscoelastic properties under shear stress.
Fundamental Physics: Torsion pendulums have been used in fundamental physics experiments, including the measurement of the gravitational constant (G) and the determination of the mass of celestial bodies.
Overall, the torsion apparatus is a versatile tool for investigating the torsional properties of materials and studying their behavior under shear stress. It is widely used in scientific research, material testing, and educational demonstrations, contributing to our understanding of material mechanics and physical principles.
Pack of 2 piece
₹483 - ₹695
The RANDHAWA GLOBAL Glass Fresnel's Bi-Prism, sized at 50x40 mm, is a crucial apparatus designed specifically for scientific laboratories. This meticulously crafted glass prism, inspired by the discoveries of physicist Augustin-Jean Fresnel, serves a multitude of purposes in optics experiments, particularly in the exploration of interference and diffraction phenomena. With dimensions of 50x40 mm, this glass Fresnel's bi-prism is optimally sized for use across a spectrum of laboratory setups and optical instruments. Its precise construction ensures consistent and reliable performance, rendering it an invaluable tool for students, researchers, and educators alike. The design of the bi-prism facilitates the splitting of a light beam into two diverging beams, resulting in the creation of interference fringes upon their recombination. This phenomenon enables the observation and analysis of interference patterns, providing valuable insights into the wave nature of light and the principles governing wave optics. Beyond its educational applications, the RANDHAWA GLOBAL Glass Fresnel's Bi-Prism RG-76250 finds utility in various scientific experiments and research endeavors. Its versatility and optical clarity make it well-suited for investigations into light behavior and the characteristics of optical materials. In summary, the RANDHAWA GLOBAL Glass Fresnel's Bi-Prism 50x40 mm for Science Labs RG-76250 stands as an indispensable tool for delving into the intricacies of optics and wave phenomena. Its precise construction, adaptable size, and broad applications make it an indispensable component of any laboratory or educational facility dedicated to fostering hands-on exploration and experimentation in the realm of optics.
green checkMaterial : Glass
green checkSize : 50x40 mm
green checkType of Product : Freshnel'S Bi-Prism
green checkModel No : RG-76250
green checkApplication Area : School and College Labs
green checkUsage For : Scientific Experiments
Pack of 2 piece
₹447 - ₹612
The RANDHAWA GLOBAL Glass Fresnel's Bi-Prism, measuring 40x32 mm, is an essential apparatus designed for use in science laboratories. This high-quality glass prism, based on the principles discovered by physicist Augustin-Jean Fresnel, serves various purposes in optics experiments, particularly in the study of interference and diffraction phenomena. With its compact dimensions of 40x32 mm, this glass Fresnel's bi-prism is suitable for use in a wide range of laboratory setups and optical instruments. Its precise construction ensures consistent and reliable performance, making it a valuable tool for students, researchers, and educators alike. The bi-prism's design enables it to split a beam of light into two diverging beams, creating interference fringes when these beams recombine. This phenomenon allows for the observation and analysis of interference patterns, providing insights into the wave nature of light and the principles of wave optics. In addition to its educational applications, the RANDHAWA GLOBAL Glass Fresnel's Bi-Prism RG-76250 can also be utilized in various scientific experiments and research projects. Its versatility and optical clarity make it well-suited for investigations into the behavior of light and the properties of optical materials. Overall, the RANDHAWA GLOBAL Glass Fresnel's Bi-Prism 40x32 mm for Science Labs RG-76250 is a valuable tool for exploring the principles of optics and wave behavior. Its compact size, precision construction, and versatile applications make it an essential component of any laboratory or educational facility seeking to facilitate hands-on learning and experimentation in the field of optics.
green checkMaterial : Glass
green checkSize : 40x32 mm
green checkType of Product : Freshnel'S Bi-Prism
green checkModel No : RG-76250
green checkApplication Area : School and College Labs
green checkUsage For : Scientific Experiments
₹317   ₹399
You save ₹82!
20.55% OFF
RANDHAWA GLOBAL Equilateral Prism 50 mm for Physics Labs, ‎NWO82GP is a geometric optical element with two parallel and flat surfaces, called faces, that are typically oriented at an angle to each other. These surfaces are usually made of transparent materials like glass or acrylic. Prisms have the remarkable property of dispersing, reflecting, and refracting light, making them essential components in various optical applications and experiments. Here's a detailed explanation of a prism in 300 words:
Structure and Geometry:
Prisms have three main geometric characteristics: the base, the apex, and the lateral faces.
The base is the larger, flat surface of the prism, and the apex is the point where the two lateral faces meet.
The lateral faces are the two inclined, flat surfaces that form the prism's sides.
The angle between the lateral faces, known as the prism's apex angle, determines how the incoming light is refracted and dispersed.
Refraction and Dispersion:
When light passes through a prism, it undergoes refraction, which is the bending of light as it enters and exits the prism.
The degree of bending depends on the wavelength of light, with shorter wavelengths (e.g., blue and violet) bending more than longer wavelengths (e.g., red and orange).
This differential bending of light causes the dispersion of white light into its constituent colors, creating a spectrum. This phenomenon is responsible for the beautiful rainbow effect seen when light passes through a prism.
Applications:
Prisms are used in a wide range of optical applications, including:
Spectroscopy: Prisms are critical components in spectrometers, which analyze the spectral composition of light from various sources, such as stars or chemical samples.
Binoculars and Telescopes: Prisms are used to invert or erect images and reduce the length of these optical instruments.
Cameras: Prisms in single-lens reflex (SLR) cameras and camcorders help redirect the image from the lens to the viewfinder or sensor.
Decorative and Artistic Uses: Prisms are also used in decorative objects like chandeliers and artistic installations to create colorful light patterns.
Types of Prisms:
There are various types of prisms, including triangular prisms, rectangular prisms, pentagonal prisms, and more. Each has a specific geometric shape and purpose.
Triangular prisms, with a triangular base, are commonly used for dispersing light and creating spectra.
In summary, a prism is an optical element with two flat, angled surfaces that can refract and disperse light, resulting in the separation of colors into a spectrum. Prisms are versatile tools with a wide range of applications in optics, spectroscopy, imaging, and decorative arts. Their ability to manipulate light makes them valuable components in various optical instruments and scientific experiments.
₹683   ₹999
You save ₹316!
31.63% OFF
The NS Daniel cell with porous pot and zinc rod is a fundamental setup used in physics laboratory experiments to demonstrate electrochemical principles. This experimental arrangement provides a practical illustration of the principles of electrochemistry and the generation of electric current through chemical reactions.
The NS Daniel cell consists of a porous pot, a zinc rod, and a copper rod immersed in their respective electrolyte solutions. The porous pot acts as a barrier to prevent direct mixing of the electrolyte solutions while allowing ion flow, thus facilitating the redox reactions necessary for the generation of electric potential.
Zinc is commonly used as the anode material in the cell, and it undergoes oxidation to release electrons and form zinc ions in the electrolyte. On the other hand, the copper rod serves as the cathode, where reduction reactions occur as copper ions from the electrolyte gain electrons to form solid copper. This exchange of electrons between the anode and cathode creates an electric potential difference, leading to the flow of electric current in the external circuit connected to the electrodes.
The porous pot plays a crucial role in maintaining the separation of the electrolytes and allowing the migration of ions to sustain the redox reactions at the electrodes. This setup showcases the concept of ion migration and the impact of concentration gradients on electrochemical processes.
Through this experiment, students can observe the practical application of redox reactions and the conversion of chemical energy into electrical energy. It also provides insights into the factors influencing the voltage output of the cell, such as the nature of the electrode materials and the concentration of the electrolyte solutions.
Overall, the NS Daniel cell with porous pot and zinc rod serves as an invaluable tool for students to grasp the fundamental principles of electrochemistry and electrical energy generation through hands-on experimentation and observation.
₹825   ₹1,599
You save ₹774!
48.41% OFF
The NS Fluid Pressure Apparatus with Round Shape Flat Bottom is a specialized instrument designed for conducting experiments to measure and demonstrate principles related to fluid pressure in laboratory settings. This apparatus plays a crucial role in physics education, fluid dynamics research, and engineering studies where understanding pressure behaviors in fluids is essential.
At its core, the apparatus typically consists of a transparent cylindrical container with a flat bottom made from durable and clear material, such as acrylic or glass. This construction allows for clear visualization of the fluid inside, facilitating observation and measurement of pressure changes as various conditions are applied.
The round shape and flat bottom of the apparatus contribute to its stability when placed on laboratory surfaces, ensuring reliable and accurate readings during experiments. This stability is crucial for maintaining consistent pressure conditions and preventing accidental spills or disruptions to experimental setups.
The apparatus is equipped with inlet and outlet ports for introducing and releasing fluids, as well as pressure gauges or sensors to measure internal pressure levels. These components enable precise control and monitoring of experimental parameters, supporting detailed investigation into factors affecting fluid pressure, such as depth, volume, and density of the fluid.
Educationally, the NS Fluid Pressure Apparatus serves as a valuable teaching tool for demonstrating fundamental principles of fluid mechanics and pressure transmission. It allows students to conduct hands-on experiments to explore concepts such as Pascal's law, hydrostatic pressure, buoyancy, and fluid flow dynamics. The visual and tactile nature of the apparatus enhances understanding and retention of theoretical concepts, promoting active engagement and critical thinking among learners.
In summary, the NS Fluid Pressure Apparatus with Round Shape Flat Bottom combines robust design, transparent visibility, and precise measurement capabilities to facilitate comprehensive study and experimentation in fluid pressure phenomena. Its application in educational and research environments supports the exploration of fundamental principles in physics and engineering, fostering scientific inquiry and advancing knowledge in fluid dynamics and related disciplines.
₹447   ₹800
You save ₹353!
44.13% OFF
The NS Educational Purpose Newton Color Disc for Physics Lab in Schools and Colleges is an indispensable tool designed to elucidate and demonstrate the principles of color mixing, light, and optics in an educational setting. This meticulously crafted color disc serves as a dynamic and interactive educational aid, empowering students and educators to explore the fascinating realm of color theory and light phenomena in the context of physics.
Comprising a circular disc adorned with a spectrum of vibrant colors, the Newton Color Disc embodies the essence of Sir Isaac Newton's groundbreaking experiments on color and light. This educational apparatus enables students to replicate and investigate Newton's seminal discoveries, such as the decomposition of white light into its constituent colors through the process of dispersion, offering a hands-on approach to learning fundamental principles of optics and color theory.
The disc's utilization in physics labs within schools and colleges provides a practical platform for conducting engaging and insightful experiments that foster a deeper understanding of the behavior of light and the properties of color. By manipulating the disc's rotation speed and observing the resulting color patterns, students can discern the interplay between different hues, the concept of complementary colors, and the phenomena of color addition and subtraction, thereby gaining a comprehensive grasp of the principles of color mixing and light interactions.
Moreover, the Newton Color Disc's educational value extends beyond theoretical comprehension, as it encourages students to engage in experiential learning and critical inquiry. Through hands-on experimentation with the disc, students can develop essential scientific skills, such as hypothesis testing, data collection, and analysis, fostering a spirit of curiosity and discovery that underpins the scientific method.
The integration of the Newton Color Disc into physics labs in educational institutions aligns with the overarching goal of enhancing experiential and inquiry-based learning, where students are encouraged to actively participate in the exploration and application of scientific concepts. By providing a tangible and visually compelling representation of fundamental principles in optics and color theory, this educational apparatus empowers educators to inspire a profound appreciation for the wonders of light and color among students, igniting a passion for scientific discovery and inquiry.
In summary, the NS Educational Purpose Newton Color Disc for Physics Lab in Schools and Colleges embodies an invaluable resource for educators and students alike, serving as a catalyst for immersive and hands-on exploration of color theory and optics within the realm of physics education. Through its interactive and demonstrative capabilities, this educational tool plays a pivotal role in fostering a deep understanding of light phenomena and color theory, nurturing a spirit of scientific inquiry and discovery among learners in school and college physics laboratories.
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This data was last updated on 26/06/2026