Science Laboratory Equipment Dealers in Pardesipura, Indore (6 products available)

• Adaptor Output :: 6V DC, 500mA
• Mains Supply :: 230V ±10%, 50Hz
• Magnets Quantity :: 2 Nos
• Magnets Length :: 4cm
• Scale :: 0 - 14cm

Nvis 6012 coulomb's law demonstrator is an important setup to understand the conceptual aspect of coulomb's law. Coulomb's law states that the force between two electrical charges is proportional to the product of the charges, and inversely proportional to the square of the distance between them. Coulombic force is one of the principle force involved in atomic reactions. Coulomb's law is applicable for electric field, gravitational field and magnetic field. In this product magnetic force is used for coulomb's law demonstration. A pair of magnets of constant and equal pole strength are mounted horizontally with varying distance. It allows the inverse square law to be ver I f ied wi th reasonable accuracy. A simple balance system is developed to measure force between two magnets in end on position.

Nvis Optics Bench is a versatile system designed to provide a comprehensive introduction to physics and science laboratories. It clarifies all the basic concepts of light. Setup includes an optics bench Concave, convex lenses and mirrors of different focal length. This Optics Bench provides the basic knowledge about properties of light such as Refraction, Reflection, Dispersion and Total internal reflection. Experiments such as determination of focal length of concave, convex lenses and mirrors can also be performed. Nvis 6006, Optics Bench is an ideal platform to enhance education, training, skills & development amongs our young minds. Product Features Ideal System for performing many Experiments A comprehensive and self contained optics system A complete system with a light source, Bench and all other accessories Fixed and Sliding stands provided Accessories are provided in a good quality carrying case Online product tutorial Scope of Learning Study of the image formation of source Introduction of ray optics by ray tracing Verification of reflection of light To determine refractive index of semi-circle (D-shape) lens by Snell's law Verification of reversibility of light To determine critical angle and obtain total internal reflection Study dispersion of light Study of convergent and divergent lens by image and object relationships Measure focal length of convex lens using basic lens equation Measure magnification of image of Convex lens To determine Focal length of Concave mirror by two Pin method To determine Focal length of Convex lens by two Pin method

Product Description Nvis Optics Bench is a versatile system designed to provide a comprehensive introduction to physics and science laboratories. It clarifies all the basic concepts of light. Setup includes an optics bench Concave, convex lenses and mirrors of different focal length. This Optics Bench provides the basic knowledge about properties of light such as Refraction, Reflection, Dispersion and Total internal reflection. Experiments such as determination of focal length of concave, convex lenses and mirrors can also be performed. Nvis 6006, Optics Bench is an ideal platform to enhance education, training, skills & development amongs our young minds. Product Features Ideal System for performing many Experiments A comprehensive and self contained optics system A complete system with a light source, Bench and all other accessories Fixed and Sliding stands provided Accessories are provided in a good quality carrying case Online product tutorial Scope of Learning Study of the image formation of source Introduction of ray optics by ray tracing Verification of reflection of light To determine refractive index of semi-circle (D-shape) lens by Snell's law Verification of reversibility of light To determine critical angle and obtain total internal reflection Study dispersion of light Study of convergent and divergent lens by image and object relationships Measure focal length of convex lens using basic lens equation Measure magnification of image of Convex lens To determine Focal length of Concave mirror by two Pin method To determine Focal length of Convex lens by two Pin method

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