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Boyle's law is represented by the equati...

Boyle's law is represented by the equation `PV = K` (`K` is not constant), `K` dependds on

A

pressure of the gas

B

volume of the gas

C

mass of the gas

D

all the above

Text Solution

Verified by Experts

The correct Answer is:
C
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Knowledge Check

  • What does the equation y"" (dy)/(dx) + x = k (where k is a constant ) represents ?

    A
    A family of circles whose centre is on Y-axis
    B
    A family of circles whose centre is on X-axis
    C
    Touching the X-axis is a family of circles
    D
    None of the above
  • The equation, ((K-N))/(K) represents

    A
    carrying capacity
    B
    environmental resistance
    C
    vital index
    D
    crash phase
  • For a system in equilibrium, the rate constant for the forward reaction is represented by K_f and the rate constant for the reverse reaction is represented by K_r .Which equation represents the equilibrium constant for this reaction in the forward direction ?

    A
    `K_(eq)=K_f.K_r`
    B
    `K_(eq)=K_f/K_r`
    C
    `K_(eq)=K_r/K_f`
    D
    `K_(eq)=1/(K_f.K_r)`
  • Similar Questions

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    If Boyles law is written in the form PV=C, and the temperature remains constant then, in the above relation, the magnitude of C depends upon

    What does the differential equation y(dy)/(dx) +x =k ( where k is a constant) represents ?

    Arrhenius equation is : k=Ae^(-E//RT) Which of the following graphs represents the variation of rate constant k against temperature T ?

    Equation of Boyle's law is

    ((K-N))/K represents