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Molecular Mass

The pressure ...

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The pressure exerted by 12 g of an ideal gas at temperature t(in celcius) in a vessel of volume V litre is one atm. When thetemperature is increased by 10 degrees at the same volume,the pressure increases by 10%. Calculate the temperature tand volume V. (Molecular weight of the gas= 120.)

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Q. The pressure exerted by

12 g

of an ideal gas at temperature

1^{o} C

in a vessel of volume

V

litre is one atm. When the temperature is increased by

10

degrees at the same volume, the pressure increases by

10

%. Calculate the temperature

t

V

. (Molecular weight of the gas

= 120

Q. The pressure exerted by 12 g of an ideal gas at temperature

t^{o}

C in a vessel of volume

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is one atm. When the temperature is increased by 10 degrees at the same volume, the pressure increases by 10%. Calculate the temperature

t

V

[Molecular weight of gas = 120]

The pressure exerted by 12 g of an ideal gas at temperature

t^{\circ} C

in a vessel of volume

V

litre is 1 atm. When the temperature is increased by

10^{\circ} C

at the same volume, the pressure increases by 10%. Calculate the volume of

V

[Molecular weight of the gas is 120. Write the value of V

\times

Q. The pressure exerted by

12 gm

of an ideal gas at

t^{\circ} C

in a vessel of volume v litre is one atm. When the temperature is increased by

10^{\circ} C

at the same volume, the pressure increases by 10%. Calculate the temperature t (in K) (Mol. Wt. of gas = 120)

Q. The pressure exerted by

12 g

of an ideal gas at temperature

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V

litre is one atmosphere. When the temperature is increased by

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at the same volume, the pressure increases by

10 %

. Calculate the temperature

t

V

(Molecular mass of the gas

= 120

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