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For a reaction with rate equation - dc/dt = kc2, Co and C are the concentration of the reactant at time zero and t respectively. If 10 minutes were required for C0 to becomes C0/2 the time required for Co to becomes C0/4 is ____ min. (Answer should be an integer).
    Correct answer is '30'. Can you explain this answer?
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    For a reaction with rate equation - dc/dt = kc2, Co and C are the conc...

    On integration by taking time 0 to t, we get
     ...(i)
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    For a reaction with rate equation - dc/dt = kc2, Co and C are the conc...
    Explanation:

    • Given, rate equation - dc/dt = kc2

    • Let's assume that the initial concentration of the reactant is Co.

    • It is given that it takes 10 minutes for Co to become Co/2.

    • This means that after 10 minutes, the concentration of the reactant will be Co/2.

    • Let's calculate the value of k using the given information.

    • At t=0, c=Co, and at t=10, c=Co/2.

    • Substituting these values in the rate equation, we get:

    • k = dc/dt * 1/c2 = (Co/2 - Co)/(10 * Co2) = -Co/20 * Co2

    • Now, let's find out the time required for Co to become Co/4.

    • Let's assume that it takes t minutes for Co to become Co/4.

    • At t=0, c=Co, and at t=t, c=Co/4.

    • Substituting these values in the rate equation and using the value of k that we just calculated, we get:

    • dc/dt = -Co/20 * Co2 * c2

    • Integrating both sides, we get:

    • -1/c = Co/20 * t + 1/c0

    • Substituting the values of c and c0, we get:

    • -4/Co = Co/20 * t + 1/Co

    • Solving for t, we get:

    • t = 30 minutes

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    For a reaction with rate equation - dc/dt = kc2, Co and C are the concentration of the reactant at time zero and t respectively. If 10 minutes were required for C0 to becomes C0/2 the time required for Co to becomes C0/4 is ____ min. (Answer should be an integer).Correct answer is '30'. Can you explain this answer?
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