the temperature of gas is quadrupled ,then rms of gaseous molecule will become.​

Answers 2

Answer:

Explanation:

The RMS speed of an ideal gas is v. If the pressure of the gas molecules is quadrupled while keeping the temperature constant, then the new RMS speed will be

The temperature of gas is quadrupled ,then rms of gaseous molecule will become:​

Explanation:

  • Given that temperature of the gas is tripled and hence Vrms i.e rms velocity becomes root 4 times.
  • Vrms = √ 4RT/M i.e., V rms ∝ T
  • So, rms velocity becomes root 4 times.

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