By increase in temperature by $10 K$ , the rate of reaction becomes double. How many times the rate of reaction will be if the temperature is increased from $303 K$ to $353 K$ ?

4

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8

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16

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32

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Solution

The correct option is C $32$
By increasing $10 K$ temperature the rate of reaction becomes double. When temperature is increased from $303 K$ to $353 K$ , the rate increases in steps of $10^{o}$ and has been made 5 times. Hence, the rate of reaction should increase $2^{5}$ times ie, 32 times.

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Similar questions

Q. By an increase in temperature by

10 K

, the rate of reaction becomes double. How many times the rate of reaction will be if the temperature increases from

303 K

353 K

Q. When the temperature is increased by 10 K, the rate of reaction becomes double. How many times the rate of reaction will be if the temperature is increased from 303 K to 353 K?

Q. The rate of reaction becomes

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times for every

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The rate of reaction becomes 2 times for every 10 degree rise in temperature. How much will the rate of reaction will increase, when the temperature is increased from 30 degree C to 80 degree C?

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By increase in temperature by 10K, the rate of reaction becomes double. How many times the rate of reaction will be if the temperature is increased from 303K to 353K?

The correct option is C 32By increasing 10K temperature the rate of reaction becomes double. When temperature is increased from 303K to 353K, the rate increases in steps of 10o and has been made 5 times. Hence, the rate of reaction should increase 25 times ie, 32 times.

By increase in temperature by $10 K$ , the rate of reaction becomes double. How many times the rate of reaction will be if the temperature is increased from $303 K$ to $353 K$ ?

The correct option is C $32$
By increasing $10 K$ temperature the rate of reaction becomes double. When temperature is increased from $303 K$ to $353 K$ , the rate increases in steps of $10^{o}$ and has been made 5 times. Hence, the rate of reaction should increase $2^{5}$ times ie, 32 times.