In a closed flask of 5 litre, 1.0 g of H2 is heated from 300 to 600 K. which statement is not correct?

The rate of collision increases. With increase in the temperature, the rate of collision increases.The energy of gaseous molecules increases. With increase in the temperature, the energy of gaseous molecules.The number of mole of the gas remains unchanged. It is independent of temperature as mass is independent of temperature.

In a closed flask of 5 litre, 1.0 g of H2 is heated from 300 to 600 K. which statement is not correct?

The rate of collision increases. With increase in the temperature, the rate of collision increases.The energy of gaseous molecules increases. With increase in the temperature, the energy of gaseous molecules.The number of mole of the gas remains unchanged. It is independent of temperature as mass is independent of temperature.

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In a closed flask of 5 litre, 1.0 g of H₂ is heated from 300 to 600 K. which statement is not correct?

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Pressure of the gas increases

The rate of collision increases

The number of mole of gas increases

The energy of gaseous molecules increases

answer is C.

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Detailed Solution

The rate of collision increases. With increase in the temperature, the rate of collision increases.
The energy of gaseous molecules increases. With increase in the temperature, the energy of gaseous molecules.
The number of mole of the gas remains unchanged. It is independent of temperature as mass is independent of temperature.

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