On the top of a certain mountain where atmospheric pressure is 535 mm Hg, pure water shows a boiling point of 360 K and it takes 3×102 min to boil at the top of the mountain as against 3 min taken to boil an egg at 370 K. The ratio of rate constants K370K360 is ?

On the top of a certain mountain where atmospheric pressure is 535 mm

1.	On the top of a certain mountain where atmospheric pressure is 535 mm Hg, pure water shows a boiling point of 360 K and it takes 3×102 min to boil at the top of the mountain as against 3 min taken to boil an egg at 370 K. The ratio of rate constants K370K360 is ?
Answer» On the top of a certain mountain where atmospheric pressure is 535 mm Hg, pure water shows a boiling point of 360 K and it takes $3 \times 10^{2}$ min to boil at the top of the mountain as against 3 min taken to boil an egg at 370 K. The ratio of rate constants $\frac{K_{370}}{K_{360}}$ is ?