For gaseous state, if most probable speed is denoted by c, average speed by `overline(c)` and mean square speed by c, then for a large number of molecules the ratios of these speeds are-

For gaseous state, if most probable speed is denoted by C^(**) , average speed by bar( C ) and mean square speed by C, then for a large number of molecules the ratios of these speeds are :

For gaseous state, if most probable speed is denoted by C^** , average speed by overset-C and root mean square speed by C, then for a large number of molecules, the ratios of these speeds are

For gaseous state, if most probable speed is denoted by C^(**) average speed by barC and root square speed by C , then for a large number of molecules, the ratios of these speeds are

For gaseous state, if most probable speed is denoted by C^(**) average speed by barC and root square speed by C , then for a large number of molecules, the ratios of these speeds are

For gaseous state, if most probable speed is denoted by C^(**) average speed by barC and root square speed by C , then for a large number of molecules, the ratios of these speeds are

For gaseous state, if most probable speed is denoted by C^(**) average speed by barC and root square speed by C , then for a large number of molecules, the ratios of these speeds are

Most probable speed, c_(mp) , average speed, c_(av) and root mean square speed c_(rms) of gas molecules are related as

Define most probable speed, average speed and root mean square speed of a gas. How are they related to each other ?