BOYLE'S LAW SIMPLE FORM

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BOYLE'S LAW SIMPLE FORM Specification

Feature
Simple operation, clear scale markings, sturdy base for stability

Accuracy
Scale graduation up to 1 mm

Automation Grade
Manual

Power Source
Manual (no electrical power required)

Measurement Range
Pressure up to approx 1500 mm Hg

Model No
BLSF-01

Core Components
Glass tube, scale, mercury or colored liquid column, pump, valve

Temperature Range
Room temperature

Equipment Materials
Borosilicate glass tube, metallic base, rubber pump, high grade plastic scale

Type
Boyles Law Simple Form

Usage
Physics laboratory experiment for gas laws demonstration

Dimension (L*W*H)
Approx 45 cm x 12 cm x 18 cm

Weight
Approx 2-3 kg

About BOYLE'S LAW SIMPLE FORM

Simple apparatus for approx. demonstration of Boyles law. Graduated, plastic syringe mounted on a wooden block; lubricant piston of the syringe mounted on another wooden platform. Different weights can be stacked on top platform, and measurement of pressure v. volume made. Instruction included.

Robust and User-Friendly Design

This Boyles Law apparatus is engineered for safe, simple operation in educational settings. It combines a durable powder-coated steel base, high-grade clear borosilicate glass tube, and a permanently marked plastic scale for reliable, repeatable readings. All materials ensure equipment stability and longevity, making it a suitable choice for repeated classroom demonstrations.

Efficient Pressure Adjustment and Measurement

With a precision control valve and a manual rubber pump, the system allows easy manipulation of gas pressure. The scale, marked to 1 mm increments and stretching 40 cm, permits precise visualization of pressure changes, supporting accurate data collection for the Boyles Law experiment over a range up to 1500 mm Hg.

Safe and Convenient Use

Safety is prioritized with options for non-toxic indicator fluid, robust bench-top mounting, and an individual packing method for secure transport. The removable glass tube design enables straightforward cleaning, while essential replacement parts such as the pump, valve, and tube are readily available.

FAQs of BOYLES LAW SIMPLE FORM:

Q: How does the Boyles Law Simple Form apparatus demonstrate the pressure-volume relationship in gases?

A: The device uses a U-tube manometer and a precision pump to vary and measure gas pressure, allowing students to observe changes in volume at a constant temperature. By manipulating the valve and recording the scale readings, users can verify Boyles Law experimentally.

Q: What is the process for using the equipment during a classroom experiment?

A: To use, first set up the apparatus on a bench-top, fill the tube with mercury or a colored indicator liquid, and use the pump and valve to adjust air pressure. Measurements are read directly from the scale, and the removable tube can be cleaned after each session.

Q: What safety options are available for this apparatus when mercury is not preferred?

A: A non-toxic colored indicator fluid can be substituted for mercury, minimizing health risks and ensuring safe science demonstrations in schools and colleges.

Q: When is this equipment most beneficial for students?

A: This apparatus is best utilized during gas law demonstrations in physics lessons, allowing students to visualize and record pressure-volume relationships, thereby enhancing conceptual understanding of Boyles Law through hands-on experimentation.

Q: Where is the Boyles Law Simple Form apparatus manufactured and supplied?

A: The product is manufactured, supplied, and traded in India, supporting educational laboratories with locally made quality equipment.

Q: How can replacement parts for the apparatus be obtained?

A: Replacement parts like pumps, valves, and borosilicate glass tubes are available separately, ensuring the apparatus can be maintained for extended use in laboratory environments.

Q: What are the main benefits of using this Boyles Law model in laboratory settings?

A: Key advantages include its visual clarity, easy manual operation, accurate measurements, stable base, safe fluid options, straightforward cleaning, and availability of replacement components for lasting performance in academic demonstrations.

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