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A ...... dependent equation of rate is c...

A ...... dependent equation of rate is called differential rate equation.

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Knowledge Check

  • Rate equation for a second order reaction is :

    A
    `K=(2.303)/tlog((a)/(a-x))`
    B
    `K=(1)/tlog((a)/(a(a-x)))`
    C
    `K=(1)/t.(x)/(a(a-x))`
    D
    `K=(1)/t^2.(a)/((a-x))`

  • Rate equation for a second order reaction is :

    A
    `K=(2.303)/t(log)(a)/((a-x))`
    B
    `K-(1)/t(log)(a)/(a(a-x))`
    C
    `K-(1)/t.(x)/(a(a-x))`
    D
    `K=(1)/t^2.(a)/((a-x))`

  • The reaction, 2ArarrB+C follow zero order kinetics. The differential rate equation for the reaction is:

    A
    `(dx)/dt=K[A]^0`
    B
    `(dx)/dt=K[A]^2`
    C
    `(dx)/dt=K[B][C]`
    D
    `(dx)/dt=K[A]`

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    Explore conceptually related problems

    Temperature dependent equation can be written as

    Solve the following differential equations (or find the general solution (or solution) of following differential equations) (dy)/(dx)= sin^(-1)x .

    The reaction, 2ArarrB+C follow zero order kinetics. The differential rate equation for the reaction is:

    Temperature dependent equation can be written as :

    Temperature dependent equation can be written as

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