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How many moles of SO(2) will occupy a vo...

How many moles of `SO_(2)` will occupy a volume of 10 litre at a pressure of 15 atm and temperature 624 K ? (a = 6.71 atm `L^(2) mol^(-2)`, b = 0.0564 litre `mol^(-1)`)

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Find the temperature at which 3 moles of SO_(2) will occupy a volume of 10 litre at a pressure of 15 atm a = 6.71 atm "litre"^(2) mol^(-2), b = 0.0564 " litre " mol^(-1)

Calculate from the vander wall's equation, the temperature at which 192 gm of SO_(2) would occupy a vol. of 10 md^(3) at 15 atm pressure. [ a= 6.7 atm lit^(2) mol^(2) , b=0.0564 lit mol^(-1) ]

Knowledge Check

  • How many moles of helium gas will occupy 22.4 L volume at 0^@ C and at 1 atm pressure?

    A
    `0.11`
    B
    `0.90`
    C
    `1.0`
    D
    `1.11`

  • At what temperature 28 g of N_(2) will occupy a volume of 20 litres at 2 atm ?

    A
    300.0 K
    B
    487.2 K
    C
    289.6 K
    D
    283.8 K

  • One mole of CO_2 occupying 0.4 litre at 300 K and 40 atm pressure is

    A
    less compressible
    B
    more compressible
    C
    ideal
    D
    does not have a definite compressibility

    • Similar Questions

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    Compare the temperature of 3 molof SO_(2) at 15 bar occupying a volume of 10 L obtained by the ideal gas equation and van der Waals equation (a="6.7 bar L"^(2)"mol"^(-2), b="0.0564 L mol"^(-1))

    At what temperature will 128 g of SO_(2) confined in a vessel of 5 dm^(3) capacity exhibit a pressure of 10.0 bar? The van der waals constants for SO_(2) are a = 6.7 bar L^(2) mole^(-2) and b = 0.0564 L mol^(-1) .

    If two moles of an ideal gas at 500 K occupies a volume of 41 litres, the pressure of the gas is (R = 0.082 L atm K^(-1) mol^(-1))

    How many moles of Helium gas occupy 22.4 L at 0^(@)C at 1 atm pressure?

    The pressure exerted by 5 moles of a real gas in one litre vessel at 47^(@)C is (a = 3.592 atm "litre"^(-1) "mol"^(-2) , b = 0.0427 litre "mol"^(-1) )

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