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Ideal Gas Equation

A Spherical b...

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A Spherical balloon of diameter 21cm is to be filled with $H_{2}$ gas at 27°C and 1 atm pressure from a cylinder containing gas at 10 atm at 27°C. If the volume of the cylinder is 2.695 L. Calculate the number of balloons that can be filled ___

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Q. A Spherical balloon of diameter 21cm is to be filled with

H_{2}

gas at 27°C and 1 atm pressure from a cylinder containing gas at 10 atm at 27°C. If the volume of the cylinder is 2.695 L. Calculate the number of balloons that can be filled ___

Q. Some spherical balloons each of volume 2 L are to be filled with hydrogen gas at one atm and

27^{\circ} C

from a cylinder of volume 4 L. The pressure of the

H_{2}

gas inside the cylinder is 20 atm at

27^{\circ} C

. Find the number of balloons which can be filled using this cylinder. Assume that the temperature of the cylinder is

27^{\circ} C

.

Q. A spherical balloon of

21 cm

diameter is to be filled up with

H_{2}

at NTP from a cylinder containing the gas having a pressure of

20

27^{\circ}

C. The cylinder can hold

2.82

litre of water. The number of balloons that can be filled up is:

Q. A spherical balloon of

21 c m

diameter is to be filled up with hydrogen at NTP from a cylinder containing the gas at

20 a t m

27^{\circ} C

. The cylinder can hold

2.82 l i t r e

of water at NTP. Calculate the number of balloons that can be filled up.

Q. A spherical balloon of

21 c m

diameter is to be filled up with

H_{2}

at NTP from a cylinder containing the gas at

20 a t m

27^{\circ} C

. The cylinder can hold

2.82

litre of water. The number of balloons that can be filled up is :

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