The gas equatioon PV/2=RT, V stands for...

The gas equatioon PV/2=RT, V stands for

volume of 2 grams of a gas

volume of 2 moles of gas

volume of 1 mole of gas

volume of 1/2 mole of gas

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In a gas equation, PV = RT, V refers to the volume of

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In general gas equation, PV = nRT , v is the volume of :

The pressure exerted by an ideal gas is P = (1)/(3) (M)/(V)C^(2) , where the symbols have their usual meaning. Using standard gas equation, PV = RT, we find that C^(2) = (3 RT)/(M) or C^(2) oo T . Average kinetic energy of translation of one mole of gas =(1)/(2) MC^(2) = (3 RT)/(2) with the help of the passage given above, choose the most appropriate alternative for each of the following quetions : At waht temperature, pressure remaining unchanged, will the rms velocity of a gas be half its value at 0^(@)C ?

The pressure exerted by an ideal gas is P = (1)/(3) (M)/(V)C^(2) , where the symbols have their usual meaning. Using standard gas equation, PV = RT, we find that C^(2) = (3 RT)/(M) or C^(2) oo T . Average kinetic energy of translation of one mole of gas =(1)/(2) MC^(2) = (3 RT)/(2) with the help of the passage given above, choose the most appropriate alternative for each of the following quetions : Average thermal energy of one mole of helium at this temperature is (Given gas constant for 1 gram mole =8.31 J "mole"^(-1) K^(-1) .

In the equation (PV)/4 =RT, V represents

NIKITA PUBLICATION-KINETIC THEORY OF GASES & RADIATION -MCQs (Question Given in MHT-CET)

The gas equatioon PV/2=RT, V stands for
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