Imagine that a reactor converts all given mass into energy and that it operates at a power level of 109 watt. The mass of the fuel consumed per hour in the reactor will be : (velocity of light, c is 3×108m/s)

0.96 gm

0.8 gm

4×10−2gm

6.6×10−5gm

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Imagine that a reactor converts all given mass into energy and that it operates at a power level of 109 watt. The mass of the fuel consumed per hour in the reactor will be : (velocity of light, c is 3×108m/s)

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[c] Power level of reactor, P=EΔt=Δmc2Δt mass of the fuel consumed per hour in the reactor, ΔmΔt=Pc2=109(3×108)2kg/sec=3600×1099×1016 ×103gmhr

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Question Text	Imagine that a reactor converts all given mass into energy and that it operates at a power level of 109 watt. The mass of the fuel consumed per hour in the reactor will be : (velocity of light, c is 3×108m/s)
Answer Type	Text solution:1
Upvotes	150

Imagine that a reactor converts all given mass into energy and that it operates at a power level of 109 watt. The mass of the fuel consumed per hour in the reactor will be : (velocity of light, c is 3×108m/s)

Text solutionVerified

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