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The power needed to operate your body is about 100 watts. Suppose a human body (of typical mass) could run on fusion power and could convert 0.6% of its mass into energy. 1.) How much energy would be available through fusion? a.) 3×1015 J b.) 3×1016 J c.) 3×1017 J d.) 3×1018 J e.) 3×1019 J 2.) For how long could this body then operate on fusion power? (Express your answer using one significant figure and answer in years)

The power needed to operate your body is about 100 watts. Suppose a human body (of typical mass) could run on fusion power and could convert 0.6% of its mass into energy. 1.) How much energy would be available through fusion? a.) 3×1015 J b.) 3×1016 J c.) 3×1017 J d.) 3×1018 J e.) 3×1019 J 2.) For how long could this body then operate on fusion power? (Express your answer using one significant figure and answer in years)

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The power needed to operate your body is about 100 watts. Suppose a human body (of typical mass) could run on fusion power and could convert 0.6% of its mass into energy. 1.) How much energy would be available through fusion? a.) 3×1015 J b.) 3×1016 J c.) 3×1017 J d.) 3×1018 J e.) 3×1019 J 2.) For how long could this body then operate on fusion power? (Express your answer using one significant figure and answer in years)
Transcribed Image Text:The power needed to operate your body is about 100 watts. Suppose a human body (of typical mass) could run on fusion power and could convert 0.6% of its mass into energy. 1.) How much energy would be available through fusion? a.) 3×1015 J b.) 3×1016 J c.) 3×1017 J d.) 3×1018 J e.) 3×1019 J 2.) For how long could this body then operate on fusion power? (Express your answer using one significant figure and answer in years)
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