The root mean square velocity of an ideal gas in a closed container of fixed volume is increased from `5xx10^(4)cms^(-1)` to `10xx10^(4)cm s^(-1)`. Which of the following statements correctly explains how the change is accomplished?

The root mean square velocity of an ideal gas in a closed container of a fixed volume is increased from 5 xx 10^(4) cm s^(-1) to 10 xx 10^(4) cm s^(-1) . Which of the following statements might correctly explain how the change is accomplished ?

The room mean square velocity of an ideal gas in a closed vessel of fixed volume is increased from 5xx10^(4)cm*s^(-1) to 10xx10^(4)cm*s^(-1) . Which of the following statements correctly explain how the change is accomplished-

The root mean square speed of an ideal gas in a closed container of fixed volume is increased from 5*10^4cms^-1 to 10 * 10^4cm^-1 . Which statement might correctly explain how the change accomplished’?

Suppose that we change U_("rms") of gas in a closed container from 5xx10^(-2) cm/sec to 10xx10^(-2) cm/sec, which one of the following might correctly explain how this change was acomplished?

If the u_(rms) of an ideal gas in a closed container is doubled, then which of the following statement correctly explains how the change is accomplished?

The ratio of final to initial pressures of a gas when u_(rms) of a gas in a container is increased from 5 xx 10^(4) cm sec^(-1)" to " 10 xx 10^(4) cm sec^(-1)

The ratio of final to initial pressures of a gas when u_(rms) of a gas in a container is increased from 5 xx 10^(4) cm sec^(-1)" to " 10 xx 10^(4) cm sec^(-1)

By how many folds the temperature of a gas would increase when the r.m.s. velocity of gas molecules in a closed container of fixed volume is increased from 5 xx 10^(4) cm s^(-1) " to " 10 xx 10^(4) cm s^(-1) ?

By how many folds the temperature of a gas would increase when the r.m.s. velocity of gas molecules in a closed container of fixed volume is increased from 5 xx 10^(4) cm s^(-1) " to " 10 xx 10^(4) cm s^(-1) ?