TS EAMCET PYQs for Kinetic theory with Solutions: Practice TS EAMCET Previous Year Questions

Updated 3+ months ago

Kinetic theory is an important topic in the Physics section in TS EAMCET exam. Practising this topic will increase your score overall and make your conceptual grip on TS EAMCET exam stronger.

This article gives you a full set of TS EAMCET PYQs for Kinetic theory with explanations for effective preparation. Practice of TS EAMCET Physics PYQs including Kinetic theory questions regularly will improve accuracy, speed, and confidence in the TS EAMCET 2026 exam.

TS EAMCET PYQs for Kinetic theory with Solutions

1.
The temperature at which the rms speed of hydrogen molecules is same as the rms speed of oxygen molecules at a temperature of $6495^\circ$C is
- $406^\circ$C
- $150^\circ$C
- $20^\circ$C
- $211.5^\circ$C
View Solution
2.
A uniform narrow tube of length one metre with one end closed contains 25 cm long mercury thread, which traps a column of air at the closed end. When the tube is held vertically with the open end up, the length of the air column near the closed end is 21 cm and when the tube is held horizontally, the length of the air column near the closed end is ‘L’. If the atmospheric pressure is equal to the pressure of 75 cm of mercury, then $ L $ is:
- $ 35 \, \text{cm} $
- $ 28 \, \text{cm} $
- $ 7 \, \text{cm} $
- $ 14 \, \text{cm} $
View Solution
3.
A gaseous mixture contains 2 moles of monatomic gas and 2 moles of diatomic gas at a temperature of 500 K. The total internal energy of the gaseous mixture is
(Atmospheric pressure = $10^5$ Pa and universal gas constant = $8.3 \, J mol^{-1} K^{-1}$)
- 28.6 kJ
- 24.8 kJ
- 33.2 kJ
- 27.2 kJ
View Solution
4.
The specific heat capacity of one mole of water is (R is the universal gas constant):
- $3R$
- $5R$
- $7R$
- $9R$
View Solution

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TS EAMCET PYQs for Kinetic theory with Solutions: Practice TS EAMCET Previous Year Questions

TS EAMCET PYQs for Kinetic theory with Solutions

1.
The temperature at which the rms speed of hydrogen molecules is same as the rms speed of oxygen molecules at a temperature of $6495^\circ$C is

3.
A gaseous mixture contains 2 moles of monatomic gas and 2 moles of diatomic gas at a temperature of 500 K. The total internal energy of the gaseous mixture is
(Atmospheric pressure = $10^5$ Pa and universal gas constant = $8.3 \, J mol^{-1} K^{-1}$)

4.
The specific heat capacity of one mole of water is (R is the universal gas constant):

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TS EAMCET PYQs for Kinetic theory with Solutions

1.The temperature at which the rms speed of hydrogen molecules is same as the rms speed of oxygen molecules at a temperature of $6495^\circ$C is

3.A gaseous mixture contains 2 moles of monatomic gas and 2 moles of diatomic gas at a temperature of 500 K. The total internal energy of the gaseous mixture is (Atmospheric pressure = $10^5$ Pa and universal gas constant = $8.3 \, J mol^{-1} K^{-1}$)

4.The specific heat capacity of one mole of water is (R is the universal gas constant):

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1.
The temperature at which the rms speed of hydrogen molecules is same as the rms speed of oxygen molecules at a temperature of $6495^\circ$C is

3.
A gaseous mixture contains 2 moles of monatomic gas and 2 moles of diatomic gas at a temperature of 500 K. The total internal energy of the gaseous mixture is
(Atmospheric pressure = $10^5$ Pa and universal gas constant = $8.3 \, J mol^{-1} K^{-1}$)

4.
The specific heat capacity of one mole of water is (R is the universal gas constant):