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On the top of a certain mountain, the atmospheric pressure is 0.7atm and pure water boils at 363K. A climber finds that it takes 300 minute to boil an egg against 3 minute at 373K. Calculate the (a) ratio of rate constants at 373K and 363K (b) energy of activation for the reaction when egg is boiled Assume Arrhenius factor be same

On the top of a certain mountain, the atmospheric pressure is 0.7atm and pure water boils at 363K. A climber finds that it takes 300 minute to boil an egg against 3 minute at 373K. Calculate the


(a) ratio of rate constants at 373K and 363K


(b) energy of activation for the reaction when egg is boiled


Assume Arrhenius factor be same 

Grade:12

1 Answers

Aman Bansal
592 Points
10 years ago

dear sohan,

The Solutions are as follow,

1) 100

2) -124.729 kcal.

 

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