A container having a volume of 1.0 m³ holds 5.0 moles of helium gas at 50 $\degree$C.If the helium behaves like an ideal gas,the average kinetic energy per molecule is A)6.7 *10^-²⁰ J. B)1.0 *10^-²¹ J. C)1.0 * 10^-²⁰ J. D)6.7 *10^-²¹ J. E)1.3 * 10^-²⁰ J.

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The Answer of A container having a volume of 1.0 m³ holds 5.0 moles of helium gas at 50 $\degree$C.If the helium behaves like an ideal gas,the average kinetic energy per molecule is A)6.7 *10^-²⁰ J. B)1.0 *10^-²¹ J. C)1.0 * 10^-²⁰ J. D)6.7 *10^-²¹ J. E)1.3 * 10^-²⁰ J.

A Container Having a Volume of 1 °\degree° CIf the Helium Behaves Like an Ideal Gas,the Average Kinetic

A Container Having a Volume of 1 $\degree$ CIf the Helium Behaves Like an Ideal Gas,the Average Kinetic