consider-the-theoretical-element-a-a-atoms-combine-to-form-a2-is-an-aqueous-solu

Question

Consider the theoretical element A. "A" atoms combine to form A_{2} is an aqueous solution. The reaction is second order and has a rate constant of 2.3 x $$10^{10}$$ $$M^{-1}$s^{-1}. $$Assuming an initial concentration of 0.200 M, calculate the time it takes for 80% of the A atoms to convert to A_{2}.

Accepted Answer

8.7 $$x10^{-10} s$$

Answer

3.9 s

Answer

1.2 $$x10^{3} s$$

Answer

5.9 $$x10^{-3} s$$

Consider the theoretical element A. "A" atoms combine to form A2 is an aqueous solution. The reaction is second order and has a rate constant of 2.3 x 1010 M-1s-1. Assuming an initial concentration of 0.200 M, calculate the time it takes for 80% of the A atoms to convert to A2.

Consider the theoretical element A. "A" atoms combine to form A₂ is an aqueous solution. The reaction is second order and has a rate constant of 2.3 x 10¹⁰ M^-1s^-1. Assuming an initial concentration of 0.200 M, calculate the time it takes for 80% of the A atoms to convert to A₂.