`PH_(3)(g)` decomposes on heating to produce phosphorous and hydrogen. The change in volume when 100 mL of such gas decomposed is:

100 mL of PH_(3) on decomposition produced phosphorus and hydrogen. The change in volume is

100 mL of PH_(3) on decomposition produced phosphorus and hydrogen. The change in volume is :-

100 mL of PH_(3) on decomposition produced phosphorus and hydrogen. The change in volume is :-

100 ml of PH_3 when decomposed produces phosphorus and hydrogen . The change in volume is :

100 mL of PH_(3) on decomposition produced phosphorus and hydrogen. The change in volume is _______

Phosphine on decomposition produces phosphorus and hydrogen. When 100 ml of phosphine are decomposed the change in volume under laboratory conditions is

100 mL of phosphine (PH_(3)) on hearing forms phosphorous (P) and hydrogen (H_(2)) . The volume change in the reaction is

100 mL of pure phosphine is decomposed to produce vapours of phosphorus and H_2 . The change in volume during reaction is :

120 mL of pure phosphine is decomposed to produce vapours of phosphorus and H_2 . The change in volume during reaction is :