With an increase in the absolute temperature of a monatomic ideal gas by 2.5 times
| July 18, 2021 | education
With an increase in the absolute temperature of a monatomic ideal gas by 2.5 times, what will happen to the average kinetic energy of its particles?
These problems: T2 (final kinetic energy of the particles of the taken monatomic ideal gas) = 2.5T1 (initial kinetic energy).
The change in the average kinetic energy is determined by the formula: k = Ek2 / Ek1 = 3/2 * k * T2 / (3/2 * k * T1) = T2 / T1 = 2.5T1 / T1 = 2.5 times.
Answer: The average kinetic energy of the particles of the taken gas will increase by 2.5 times.
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