252 mL of a sample of ozonised oxygen at 1 atm, 273K, weighs 0.38 g. On passing this sample through turpentine there was contraction in volume by 28 mL. Calculate the molecular weight of ozone.

The weight of 1 L sample of ozonised oxygen at STP was found to be 1.5 g When 100 " mL of " this mixture at STP was treated with turpentine oil, the volume was reduced to 90 mL. Calculate the molecular weight of ozone.

The weight of 1 L of ozonised oxygen at STP was found to be 1.5 g . When 100 mL of this mixture at STP was treated with turpentine oil, the volume was reduced to 90 mL . The molecular weight of ozone is

The weight of 1 L of ozonised oxygen at STP was found to be 1.5 g . When 100 mL of this mixture at STP was treated with turpentine oil, the volume was reduced to 90 mL . The molecular weight of ozone is

The weight of 1 litre of ozonised oxygen at STP was found to be 1.5gm. When 100 ml of this mixture at STP was treated with turpentine oil, the volume was reduced to 90 ml. The molecular weight of ozone is

The mass of one litre sample of ozonised oxygen at NTP was found to be 1.5 g . When 100 mL of this mixture at NTP were treated with terpentine oil, the volume was reduced to 90 mL . Hence calculate the molecular mass of ozone. (Terpentine oil absorbs ozone)

The weight of 1 litre of ozonised at STP was found to be 1.5 gm. When 100 ml of this mixture at STP was treated with turpentine oil the volume was reduced to 90 ml. The molecular weight of ozone is

1120 mL of ozonised oxygen at S.T.P. weigh 1.76 g. Calculate the volume of oxygen in the ozonised oxygen.