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Relating Translational KE and T

27. Two flask...

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27. Two flasks x and y have capacity 1L and 2L respectively and each of them contains 1 mole of a gas . The temperature of the flasks are so adjusted that average speed of molecules in X is twice as those in Y . The pressure in flasks X would be

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X

Y

1 L

2 L

respectively and each of them contains

1

mole of a gas. The temperatures of the flasks are so adjusted that average speed of molecules in

X

is twice as those in

Y

. The pressure in flask

X

X

Y

1 L

2 L

respectively and each of them contains

1

mole of a gas. The temperature of the flask are so adjusted that average speed of molecules in

X

is twice as those in

Y

. The pressure in flask

X

Q. Two flask A & B have capacity of 1 litre and 2 litre respectively. Each of them contain 1 mole of a gas. The temperature of a flask are so adjusted that average speed of molecules in "A" is twice than in "B" & pressure in flask "A" is x times of that in "B". Then value of x is-

Q. Two flasks X and Y, each of 500

m L

capacity contain hydrogen and helium respectively at 27

^{o} C

and 1 atmospheric pressure. Flask X contains:

Q. Two 1 liter flasks contain hydrogen and oxygen, respectively, at the same temperature and pressure. It is true that the hydrogen and oxygen molecules have the same average
(1) kinetic energy
(2) mass
(3) speed

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Relating Translational KE and T

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