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Internal Energy

Two flask A a...

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Two flask A and B of equal volume contain equal masses of H2 and CH4 gases at 100 K and 200 K temperature respectively. Which of the following relation is correct about total kinetic energy (E) ? (1) {(E)_{{H_2}}} = {(E)_{C{H_4}}} (2) {(E)_{{H_2}}} = 2 times {(E)_{C{H_4}}} (3) {(E)_{{H_2}}} = 4 times {(E)_{C{H_4}}} (4) 4 times {(E)_{{H_2}}} = {(E)_{C{H_4}}}

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A

H_{2}

B

C H_{4}

gas have equal mass and volume at 300

K

K

respectively. Which of the flask will have greater total kinetic energy?
Assuming ideal behavior for both the gases.

A

B

of equal volumes maintained at temperature

300 K

700 K

contain equal mass of

H e (g)

N_{3} (g)

respectively. What is the ratio of total translational kinetic energy of gas in flask

A

B

A

B

of equal volumes maintained at temperature

300 K

700 K

contains equal mass of

H e (g)

N_{2} (g)

respectively. What is the ratio of translational kinetic energy of gas in flask

A

to that of flask

B

Q. Which of the following options is/are correct with respect to

C H_{4}

S O_{2}

? (Equal mass of

C H_{4}

S O_{2}

are contained in a 2 L container at same temperature)

Q. Two flasks A and B of equal volume, maintained at 300 K and 700 K contain equal masses of helium and nitrogen gases respectively. What is the ratio of transitional kinetic energy of the gas in flask A to that of flask B?

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