Two reaction proceed at `35^(@)C` at the same rate. The temperature coefficient of the first reaction is 4 and thatr of the second is 2. The ratio of the rates of these reaction at `75^(@)C` is

Two reactions proceed at 25^(@)C at the same rate . The temperature coefficient of the rate of first reaction is 2 and the that of second reaction is 2.5 . The ratio of rates of these reactions at 95^(@) C is :

Two first order reactions proceed at 25^@C , at the same rate. The temperature coefficient of the rate of first reaction is 2 and that of the second reaction is 3.find the ratio of rates of these reactions at 75^@C

Two reactions proceed at same rate at 25^(@)C . The temperature coefficient for the first reaction is 2 and that ofsecond is 3. The ratio of the rates of these reactions at 55^(@) C is

Two first order reactions proceed at 25^(@)C at the same rate. The temperature coefficient of the rate of the first reaction is 2 and that of second reaction is 3 . Find the ratio of the rates of these reactions at 75^(@)C .

Two first order reactions proceed at 25^(@)C at the same rate. The temperature coefficient of the rate of the first reaction is 2 and that of second reaction is 3 . Find the ratio of the rates of these reactions at 75^(@)C .

Two reactions proceed at 25^(@)C at the same rate, the temperature coefficient of the rate of the first reaction is 2 and that of the second reactions 2.5. Find the ratio of rates of these reaction at 95^(@)C