Model No:SPH-M028
To determine the surface tension of a liquid by Jaeger's method
The Surface Tension Apparatus by Jaeger’s Method is an educational physics laboratory instrument designed to determine the surface tension of a liquid using the bubble pressure method. The experiment is based on measuring the maximum pressure required to form an air bubble at the end of a capillary tube immersed in the test liquid.
Jaeger’s method helps students understand the relationship between surface tension, capillary radius, and the pressure required to form a bubble. By measuring the relevant pressure difference and the radius of the capillary tip, the surface tension of the liquid can be calculated using the appropriate experimental formula.
This apparatus is suitable for practical experiments in surface tension, fluid properties, and molecular forces in liquids. It supports hands-on learning and demonstrates an important method used in experimental physics. The equipment is ideal for physics laboratories in schools, colleges, universities, and engineering institutions. SPAQ LABS provides educational laboratory apparatus for physics practicals and scientific demonstrations.
Aim: Determine the surface tension of a liquid using the method specified in the experiment title.
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