For every `10^(@)` C increase in temperature the rate becomes twice so the temperature increase from `10^(@)`C then rate becomes …. Times :-

For every 10^@C rise in temperature the rate of reaction increases nearly

In a zero order reaction for every 10^(@)C rise of temperature , the rate is double . If the temperature is increased from 10^(@)C " to " 100^(@)C , the rate of the reaction will become -

In a zero-order reaction for every 10^(@) rise of temperature, the rate is doubled. If the temperature is increased from 10^(@)C to 100^(@)C . The rate of the reaction will become

In a zero-order reaction for every 10^(@) rise of temperature, the rate is doubled. If the temperature is increased from 10^(@)C to 100^(@)C , the rate of the reaction will become

In a zero-order reaction for every 10^(@) rise of temperature, the rate is doubled. If the temperature is increased from 10^(@)C to 100^(@)C , the rate of the reaction will become

The rate of reaction becomes two times for every 10^(@)C rise in temperature. If the rate of reaction increases by 32 times when the temperature is increased from 30^(@)C to (10x)^(2)C . Then X=