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An ideal gas consists of a large number ...

An ideal gas consists of a large number of identical molecules. Absolute temperature of the gas is T(in kelvin). Molecular weight of gas is `M` and `R` is gas constant. Mathch the proper entries from column-2 to column-1 using the codes given below the columns. `{:("Column"-1,"Column"-II),((P)"Root mean square speed of molecules is greater than",(1)sqrt((RT)/(M))),((Q)"Most probable speed of molecues is smaller than",(2)1.5sqrt((RT)/(M))),((R)"Average velocity of a molecule is smaller than",(3)2sqrt((RT)/(M))),((S)"Speed of a molecule may be greater than",(4)2.5sqrt((RT)/(M))):}`

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In each situation of column-I,a process ArarrBrarrC is given for an ideal gas. Match the proper entries from column-2 to column-1 using the codes given below the columns

For a monotomic gas at temperature T, match the following columns. {:(,"ColumnI",, "ColumnII"),((A),"Speed of sound", (p),sqrt(2RT//M)),((B),"RMS speed of gas molecules",(q),sqrt(8RT//piM)),((C),"Average speed of gas molecules",(r),sqrt(3RT//M)),((D),"Most probable speed of gas molecules",(s),sqrt(5RT//3M)):}

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The root mean square velocity of a gas molecule at any temperature T K of a gas molecule of molecular weight M is

{:((1),"The rms speed of gas molecules",(a),1.41sqrt((KT)/(m))),((2),"The average speed of gas molecules",(b),1.28),((3),"The most probable speed of gas molecules",(c),1.73sqrt((KT)/(m))),((4),"Diatomic molecules (High temperature)",(d),1.60sqrt((KT)/(m))):}

The absolute temperature of an ideal gas is….. to/than the average kinetic energy of the gas molecules.