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A gaseous mixture contains 40% O(2), 40%...

A gaseous mixture contains `40% O_(2), 40% N_(2), 10% CO_(2), 10% CH_(4)` by volume. Calculate the vapour density of the gaseous mixture.

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Knowledge Check

  • A mixture contains N_(2)O_(4) and NO_(2) in the ratio 2:1 by volume. The vapour density of the mixture is:

    A
    45.4
    B
    49.8
    C
    32.6
    D
    38.3

  • A sample of impure air contains 80% N_(2) , 10% O_(2) 5% CO_(2) and 5% Ar by volume. The average (At wt. of Ar = 40)

    A
    29.4
    B
    29.8
    C
    30
    D
    29.6

  • A sample of impure air contains 80% N_(2) . 10% 5% CO_(2) and 5% Ar by volume. The average molecular weight of the sample is : [Ar=40]

    A
    29.4
    B
    29.8
    C
    30
    D
    none of these

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    Assuming that dry air contains 79% N_(2) and 21% O_(2) by volume, calculate the density of dry air at if it has a relative humidity of 40%. The vapour pressure of water at 25^(@)C is 23.76 mm.

    A gaseous mixture contains 50% helium and 50% methane by volume. What is the percent by weight of methane in the mixture?

    fifty millilitre of a mixture of CO and CH_4 was exploded with 85 ml of O_2 . The volume of CO_2 produced was 50 ml. Calculate the percentage composition of the gaseous mixture.

    1 L of a gaseous mixture is effused in 5 min 11s , while 1 L of oxygen takes 10 min . The gaseous mixture contains methane and hydrogen. Calculate ( a ) The density of gaseous mixture. ( b ) The percentage by volume of each gas in mixture.

    One litre of a gaseous mixture of two gases mixture of two gases effuses in 311 seconds while 2 litre of oxygen takes 20 minutes. The vapour density of gaseous mixture containing CH_(4) and H_(2) is:

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