The total power output of the sun is $$4 \times 10 ^ { 26 } \mathrm {~W} \text {. Most of this energy is }$$ produced within a radius of 175,000 km of its center. If we were able to reproduce the sun's conditions for p-p fusion in a fusion reactor with an active volume of 10×10×10 m³, what would be the reactor's power output? Is p-p fusion a reasonable approach to take for apower reactor?

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The Answer of The total power output of the sun is $$4 \times 10 ^ { 26 } \mathrm {~W} \text {. Most of this energy is }$$ produced within a radius of 175,000 km of its center. If we were able to reproduce the sun's conditions for p-p fusion in a fusion reactor with an active volume of 10×10×10 m³, what would be the reactor's power output? Is p-p fusion a reasonable approach to take for apower reactor?

The Total Power Output of the Sun Is 4×1026 W. Most of this energy is 4 \times 10 ^ { 26 } \mathrm {~W} \text {. Most of this energy is }4×1026 W. Most of this energy is

The Total Power Output of the Sun Is $4 \times 10 ^ { 26 } \mathrm {~W} \text {. Most of this energy is }$