The situation of the mercury column is shown in above diagram, here,
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Now, the mercury is placed vertically. If the mercury displaces by , then, from Boyle's law,
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; where is the cross-sectional area of the tube.
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and
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.
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Embibe Experts Solutions for Exercise 3: Assignment
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Embibe Experts Physics Solutions for Exercise - Embibe Experts Solutions for Exercise 3: Assignment
Attempt the free practice questions from Exercise 3: Assignment with hints and solutions to strengthen your understanding. Gamma Question Bank for Engineering Physics solutions are prepared by Experienced Embibe Experts.
Questions from Embibe Experts Solutions for Exercise 3: Assignment with Hints & Solutions
A column of mercury of length is contained in the middle of a narrow horizontal tube soldered at both ends. The air in both halves of the tube is under a pressure of The length of the tube is . If the tube is placed vertically, then find the distance (in by which the mercury column will move.
Two containers of equal volumes contain the same gas at same pressure and at temperature and On joining the vessels, the common temperature is Value of is
During an experiment an ideal gas obeys a law Constant. The gas is initially at temperature and volume When gas expands to a volume its temperature will be Value of is
There are two separate gases with the same number density. If the ratio of the diameters of their molecules is then the ratio of their mean free path is Value of is