This Quincke’s Surface Tension Apparatus is a laboratory instrument used for determining the surface tension of mercury by Quincke’s method. It provides a simple, stable, and accurate arrangement for observing the behavior of mercury under surface tension conditions.
The apparatus is built on a circular metallic base fitted with three levelling screws for proper alignment. A glass plate is mounted on the base to support a glass slide, on which the mercury sample is placed during the experiment. Its compact design and stable construction make it suitable for demonstrations and practical experiments in educational physics laboratories.
This apparatus is ideal for schools, colleges, universities, and physics teaching labs where surface tension experiments are performed.
Experimental Objectives
To determine the surface tension of mercury using Quincke’s method. To study the surface tension properties of mercury. To observe the effect of liquid surface behavior on measurement conditions. To understand the principle of surface tension in liquids through practical demonstration
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