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Byju's Answer

Standard XII

Chemistry

Kinetic Theory of Gases

Let A and ...

Question

Let $A$ and $B$ are two sample of ideal gases of equal mole. Let $T$ be the temperature of both the gas and $E_{A}$ and $E_{B}$ are their total energies respectively while $M_{A}$ and $M_{B}$ are their respective molecular mass. Which of these is true?

E_{A} > E_{B}

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E_{A} < E_{B}

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E_{A} = E_{B}

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None of these

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Solution

The correct option is D $E_{A} = E_{B}$
Option C is correct.
Temperature of both are same so,
Total energy of $A$ , $E_{A} = 3 / 2 n R T$
Total energy of $B$ , $E_{B} = 3 / 2 n R T$
Thus, $E_{A} = E_{B}$

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Let A and B are two sample of ideal gases of equal mole. Let T be the temperature of both the gas and EA and EB are their total energies respectively while MA and MB are their respective molecular mass. Which of these is true?

The correct option is D EA=EBOption C is correct.Temperature of both are same so,Total energy of A, EA=3/2nRTTotal energy of B, EB=3/2nRTThus, EA=EB

Let $A$ and $B$ are two sample of ideal gases of equal mole. Let $T$ be the temperature of both the gas and $E_{A}$ and $E_{B}$ are their total energies respectively while $M_{A}$ and $M_{B}$ are their respective molecular mass. Which of these is true?

The correct option is D $E_{A} = E_{B}$
Option C is correct.
Temperature of both are same so,
Total energy of $A$ , $E_{A} = 3 / 2 n R T$
Total energy of $B$ , $E_{B} = 3 / 2 n R T$
Thus, $E_{A} = E_{B}$