Reaction 1 A\xrightarrow[{}]{}B rate cons†an t at T degree celsius is k,activation energy is Y Reaction 2 C\xrightarrow[{}]{}D rate cons†an t at T degree celsius is k and activation energy is Z both reactions start at same time in different containers at temperature T degree celsius .GIVEN that y>z , y and z are both positive values . if the temperature of both reaction is increased to 2T then the rate cons†an t becomes k1 and k2. then the relationship between k1 and k2(greater,lesser,equal

Reaction 1 A\xrightarrow[{}]{}B rate cons†an t at T degree celsius

1.	Reaction 1 A\xrightarrow[{}]{}B rate cons†an t at T degree celsius is k,activation energy is Y Reaction 2 C\xrightarrow[{}]{}D rate cons†an t at T degree celsius is k and activation energy is Z both reactions start at same time in different containers at temperature T degree celsius .GIVEN that y>z , y and z are both positive values . if the temperature of both reaction is increased to 2T then the rate cons†an t becomes k1 and k2. then the relationship between k1 and k2(greater,lesser,equal
Answer» Reaction 1 A\xrightarrow[{}]{}B rate cons†an t at T degree celsius is k,activation energy is Y Reaction 2 C\xrightarrow[{}]{}D rate cons†an t at T degree celsius is k and activation energy is Z both reactions start at same time in different containers at temperature T degree celsius .GIVEN that y>z , y and z are both positive values . if the temperature of both reaction is increased to 2T then the rate cons†an t becomes k1 and k2. then the relationship between k1 and k2(greater,lesser,equal