For a chemical reaction temperature changes from \(10^{0}C\) to \(40^{0}C\) then rate of reaction will be (Assume \(\mu=2\))

The temperature coefficient of a certain reaction is found to be 3. If temperature changes from 25^@ " to " 55^@ , the new rate of reaction will be

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 temperature coefficient of a reaction is 2. When the temperature is increases from 30 ^@C " to " 90^@C , the rate of reaction is increased by

The temeperature coefficient of a reaction is 2. When the temperature is increased from 30^(@)C "to" 90^(@)C , the rate of reaction is increased by :

Temperature coefficient of a reaction is 2. When temperature is increased from 30^(@)C to 100^(@)C , rate of the reaction increases by