Home
Class 9
CHEMISTRY
A cylinder of 20 litres capacity contain...

A cylinder of 20 litres capacity contains a gas at 100 atmospheric pressure. How many flasks of `200 "cm"^3` capacity can be filled from it at 1 atmosphere pressure , temperature remaining constant ?

Text Solution

Verified by Experts

10000 flasks
Promotional Banner

Similar Questions

Explore conceptually related problems

A steel cylinder of 8 litres capacity contain hydrogen gas at 12atm pressure. At the same temperature how many cycle tubes of 4 litres capacity at 2 atm can be filled up with this gas. (A) 12, B) 48, ( c) 5, (D) 10

A steel cylinder of intemal volume 20 litres is filled with hydrogen at 29 atmospheric pressure. If hydrogen is used to fill a balloon at 1.25 atmospheric pressure at the same temperature, what volume will the gas occupy?

Internal volume of steel cylinder was 25 litres and filled with hydrogen gas at 30 atmospheric pressure. What will be the volume occupied by hydrogen gas if it is filled in a balloon at atmospheric pressure of 1.25 atm. pressure. At the same temperature?

How many buckets of equal capacity can be filled from 586.5 litres of water, if each bucket has capacity of 8.5 litres?

30 litre of ammonia gas at 30^@C and 40 atm pressure is allowed to expand in a space of 40 litre capacity and pressure becomes 20 atm. Calculate the drop in temperature.

If 10 g of a gas at 1 atmospheric pressure is cooled from 273^(@)C to 0^(@)C , keeping the volume constant, its pressure would become

How many moles of He gas occupy 22.4 litres at 30^(@)C and one atmospheric pressure

A balloon of volume 200 litre having ideal gas at 1 atm pressure and at 27^@C , when rises to a height where atmospheric pressure is 380 mm Hg and temperature is -3^@C , balloon will

The volume of a given mass of gas is 20 litre at 300K and 1 atmosphere pressure .At what pressure will the volume of the gas be 1 litre at the same temperature ?

Pure hydrogen sulphide is stored in a tank of 100 litre capacity at 20^(@) C and 2 atm pressure. The mass of the gas will be