In an experiment, 100 ml of ozonised oxygen was reduced to 60 ml when treated with turpentine. What would be the increase in volume if the original sample was heated until no further change occured ?(All volumes were measured under identical conditions). ?

Q. In one experiment $100mL$ of ozonised oxygen was reduced to $60mL$ when treated with turpentine oil. What would be increase in volume if the original sample was heated until no further change occured [All volumes are measured under identical condition].

Q.

In an experiment, 100 ml of ozonised oxygen was reduced to 60 ml when treated with turpentine. What would be the increase in volume if the original sample was heated until no further change occured ?(All volumes were measured under identical conditions). ?

Q. If in an experiment $100$ ml of ozonised oxgen was reduced in volume to $40$ml (at the same temperature and pressure ) when treated with turpentine, what would be the increase in volume if the original sample was heated until no further change occurred and then brought back to the same temerature and pressure ?

Q. The weight of 1 litre sample of ozonised oxygen at NTP was found to be 1.5 g. When 100 ml, of the mixture at NTP were treated with turpentine oil, the volume wall reduced to 90 nil Hence, calculate the molecular weight, ozone.

Q. The mass of $1$ litre of ozonised oxygen at N.T.P was found to be $1.5g$. When a hundred $mL$ of this mixture at N.T.P were treated with turpentine oil, the volume was reduced to $90mL$. The molecular mass of ozone is: