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What is the sum of mole fractions of all...

What is the sum of mole fractions of all the components in a three component system?

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To find the sum of mole fractions of all the components in a three-component system, we can follow these steps: ### Step-by-Step Solution: 1. **Understand Mole Fraction**: - The mole fraction (X) of a component in a mixture is defined as the ratio of the number of moles of that component to the total number of moles of all components in the mixture. - Mathematically, for a component \(i\): \[ ...
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The sum of mole fraction of all components of a solution is unity.

Calculate the mole fractions of the components of the solution composed by 92g glycerol and 90g water ? (M(water) = 18 , M (glycerol) = 92) .

Knowledge Check

  • The sum of the mole fraction of the components of a solution is

    A
    `0`
    B
    1
    C
    2
    D
    4

  • Sum of mole fractions of the two components of a solution is

    A
    less than one
    B
    equal to one
    C
    more than one
    D
    not fixed

  • The sum of mole fractions of the two components of a binary solution is always -

    A
    More than one
    B
    Less than one
    C
    Exactly one
    D
    Not fixed

    • Similar Questions

    Explore conceptually related problems

    Assertion (A): The sum of mole fractions of all the component of a solution is unity. Reason (R ): The mole fraction is a temperature dependent quantity.

    Assertion: The sum of mol fractions of all the components of a solution is unity. Reason: Mole fraction is temperature dependent mode of concentrations.

    Mole fraction (x ) of a component is equal to _____.

    P_total = x_1p_1^@ + x_2p_2^@ =p_1^@ + (p_2^@ - p_1^@) x_2' I. Total vapour pressure of the solution is related to the mole fraction of any one component. II. Total vapour pressure of the solution varies exponentially with the mole fraction of component 2. III. Depending on the vapour pressure of pure components 1 and 2, total vapour pressure over the solution decreases or increases with the increase of the mole fraction of component 1. select the correct staements derived from the equation.

    Pure fractions of cellular components can be isolated by

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