To determine the coefficient of viscosity of air by Anderson's method. SPH-M038

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To determine the coefficient of viscosity of air by Anderson's method.  SPH-M038

To determine the coefficient of viscosity of air by Anderson's method. SPH-M038

Category: Physics

Model No:SPH-M038

To determine the coefficient of viscosity of air by Anderson's method

The Coefficient of Viscosity of Air by Anderson’s Method Apparatus is a physics laboratory experimental setup designed to determine the dynamic viscosity of air using the principle of viscous resistance to airflow. It is suitable for undergraduate physics laboratories, colleges, universities, science laboratories, and educational institutions.

The apparatus enables students to study the viscous behaviour of air under controlled experimental conditions and understand how viscosity depends on the motion of a fluid through a narrow passage. By recording the relevant experimental parameters and applying the appropriate theoretical relationship, students can calculate the coefficient of viscosity of air and compare their experimental results with standard reference values.

This educational apparatus supports practical learning in fluid mechanics, gas viscosity, transport phenomena, and experimental physics. It is useful for physics practical examinations, laboratory demonstrations, and experiments related to the properties of gases.

Product Description

Aim : Determine the coefficient of viscosity of the stated fluid using the method specified in the experiment title.

Specifications

  • Product Name: Anderson’s Method Apparatus for Viscosity of Air
  • Experiment: To determine the coefficient of viscosity of air by Anderson’s method
  • Subject: Physics / Fluid Mechanics
  • Application: Measurement of the dynamic viscosity of air
  • Experimental Principle: Viscous flow of air and resistance to fluid motion
  • Measurement Parameters: Relevant pressure difference, airflow or flow-related measurements, and other quantities required by the apparatus design
  • Learning Outcomes: Understanding gas viscosity, fluid flow, experimental measurements, and viscosity calculations
  • Usage: Physics laboratories, colleges, universities, and educational institutions

 

Contents

  • Anderson’s method experimental apparatus
  • Experimental tubes or flow components, as applicable to the supplied design
  • Necessary connecting components and fittings
  • Measuring accessories required for the experiment, according to the supplied configuration
  • Instruction manual with experimental procedure and calculation guidance

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