The average power of a human body (for living and metabolism) is about 100 watts. Suppose a 90 kg human body could run on fusion power and could convert 0.6 % of its mass into energy. a) How much energy would be available through fusion?
Express your answer to two significant figures and include the appropriate units.

b) For how long could this body then operate on fusion power?
Express your answer in years to two significant years.

The force will determine the acceleration.

Scout feels ill one day before school. her mother puts a thermometer in her mouth and the temperature begins to climb to 100°f. what is happening between the cooler thermometer and scout's body? a) scout's body is applying a force to the particles in the thermometer. b) kinetic energy is being transferred from her mouth to the thermometer. c) potential energy is being lost by the thermometer and gained by scout's body. d) the potential energy stored in foods is converted to mechanical energy to raise the mercury in the thermometer.

What is the equation for electrical work?