Laboratory Crookes Radiometer

Name: Laboratory Crookes Radiometer
Brand: SADANA BROTHERS

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MOQ : 10 Pieces

Laboratory Crookes Radiometer Specification

Usage
For Laboratory Purpose

Product Type
Crookes Radiometer

Material
Glass and Metal

Size
Dia 70-80 MM

Feature
Durable and High Functionality

Color
Black and Transparent

Laboratory Crookes Radiometer Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID), Cash Advance (CA)

Supply Ability
500 Pieces Per Day

Delivery Time
1 Week

Packaging Details
Carton Box

Main Export Market(s)
Western Europe, Australia, Eastern Europe, Middle East, Central America, South America, Asia, North America, Africa

Main Domestic Market
All India

About Laboratory Crookes Radiometer

Excellent demonstration tool of the effects
of heat and the conversion of solar power to
mechanical power. Consists of a set of vanes
each shiny on one side to reect the light
and blackened on the other to collect the
energy. It is mounted in an evacuated glass
bulb. When exposed to the sun or source of
intense light it causes the vanes to spin.

Robust Construction for Laboratory Use

Crafted from premium glass and metal, the Laboratory Crookes Radiometer is built to offer longevity and resilience even with frequent handling. The well-sealed structure ensures consistent performance under laboratory conditions, while the transparent outer body allows for clear observation during experiments.

Optimal Functionality and Educational Benefit

This radiometer stands out due to its high functionality and durable nature, making it an excellent tool for teaching and demonstrating the conversion of light energy to movement. Suitable for a variety of physics experiments, it aids learners and educators in understanding essential scientific principles effectively.

FAQs of Laboratory Crookes Radiometer:

Q: How does the Laboratory Crookes Radiometer function?

A: The radiometer operates when exposed to light. The black and silver vanes inside respond to light energy, causing them to spin due to the heat differential, thereby demonstrating the conversion of light energy into mechanical motion.

Q: What are the main materials used in the construction of this radiometer?

A: It is made from high-quality glass and metal, ensuring clarity, durability, and long-lasting performance in laboratory environments.

Q: When should this radiometer be used in a laboratory setting?

A: This device is ideal for physics classes, science demonstrations, and experiments that aim to illustrate energy conversion, making it suitable for use during lessons on thermodynamics and kinetic theory.

Q: Where is this Crookes Radiometer manufactured and exported from?

A: The radiometer is both manufactured and exported from India, ensuring it meets quality standards suitable for global laboratory supplies.

Q: What is the process behind the spinning of the vanes?

A: When light enters the transparent glass bulb, it heats the black vanes more than the silver sides, causing air molecules to impart momentum, which results in the visible spinning motion.

Q: How should the radiometer be used for best results?

A: Place the radiometer under a light source such as sunlight or a strong lamp in a stable laboratory setting. Observe the vanes as they spin, and use the device to spark discussions or conduct experiments related to light energy.

Q: What are the key benefits of using this radiometer in laboratories?

A: The radiometer provides a clear and engaging way to demonstrate the transformation of light energy into motion, fostering a deeper understanding of energy principles for students and researchers.

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