Smaller mammals use proportionately more energy than larger mammals; that is, it takes more energy per gram to power a mouse than a human. a typical mouse has a mass of 20 { m g} and, at rest, needs to consume 3.0 cal each day for basic body processes.1. if a 68 { m kg} human used the same energy per { m kg} of body mass as a mouse, how much energy would be needed each day? 2. what resting power does this correspond to? 3. how much greater is this than the resting power noted in the chapter? p = ?

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Physics, 12.08.2019 23:30, amylumey2005

Smaller mammals use proportionately more energy than larger mammals; that is, it takes more energy per gram to power a mouse than a human. a typical mouse has a mass of 20 {\rm g} and, at rest, needs to consume 3.0 cal each day for basic body processes.1. if a 68 {\rm kg} human used the same energy per {\rm kg} of body mass as a mouse, how much energy would be needed each day? 2. what resting power does this correspond to? 3. how much greater is this than the resting power noted in the chapter? p = ?

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Smaller mammals use proportionately more energy than larger mammals; that is, it takes more energy...