A⇌B equilibrium constant is 1.66 and k forward = 0.166 hr^-1. Calculate the time (in hours) when concentration of B is 80% of its equilibrium concentration. (Given: ln 25 = 320).

Sahay Sir > Question Answers > A⇌B equilibrium constant is 1.66 and k forward = 0.166 hr^-1. Calculate the time (in hours) when concentration of B is 80% of its equilibrium concentration. (Given: ln 25 = 320).
For a reaction, A⇌B equilibrium constant is 1.66 and k forward = 0.166 hr^-1. Calculate the time (in hours) when concentration of B is 80% of its equilibrium concentration. (Given: ln 25 = 320).
03
Jun
For a reaction, A⇌B equilibrium constant is 1.66 and k forward = 0.166 hr^-1. Calculate the time (in hours) when concentration of B is 80% of its equilibrium concentration. (Given: ln 25 = 320). A⇌B equilibrium constant is 1.66 and k forward = 0.166 hr^-1. Calculate the time (in hours) when concentration of B is [...]
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