Rate of matter converted to energy

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To determine the rate at which matter is converted to energy in a nuclear reactor producing 2GW of power, Einstein's equation E=mc² is essential. Power is defined as the rate of energy transfer, which means it can be expressed as energy divided by time. By rearranging the formula, one can calculate the mass converted per second by dividing the power output by the speed of light squared. This approach effectively links the reactor's power output to the mass-energy conversion rate. Understanding these relationships is crucial for solving the problem.
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A nuclear reactor produces 2GW of power, at what rate (grams/sec) is matter converted to energy?


Im feeling stumped by this question, I have a feeling it has to do with E-mc^2, but i just don't know where to start, any feedback would be much appreciated, thanks!
 
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Yes, use Einstein's formula for energy. You are asked for power, so you will need a formula relating power and energy as well. The definition of power may also be helpful.
 

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