The hike to the peak of Mount Hallasan on Jeju Island requires a climb of 1950 m of vertical elevation. Suppose a person with a mass of 68.0 kg is 26.0 % efficent at converting food energy to useable energy. How many food calories would the person to eat in order to fuel his/her climb to the top of Mount Hallasan? Ignore any energy lost due to sideways motion (consider only energy lost due to the elevation change)
The hike to the peak of Mount Hallasan on Jeju Island requires a climb of 1950 m of vertical elevation. Suppose a person with a mass of 68.0 kg is 26.0 % efficent at converting food energy to useable energy. How many food calories would the person to eat in order to fuel his/her climb to the top of Mount Hallasan? Ignore any energy lost due to sideways motion (consider only energy lost due to the elevation change)
College Physics
1st Edition
ISBN:9781938168000
Author:Paul Peter Urone, Roger Hinrichs
Publisher:Paul Peter Urone, Roger Hinrichs
Chapter7: Work, Energy, And Energy Resources
Section: Chapter Questions
Problem 47PE: (a) What is the efficiency of an out-of-condition professor who does 2.10105J of useful work while...
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The hike to the peak of Mount Hallasan on Jeju Island requires a climb of 1950 m of vertical elevation. Suppose a person with a mass of 68.0 kg is 26.0 % efficent at converting food energy to useable energy.
How many food calories would the person to eat in order to fuel his/her climb to the top of Mount Hallasan? Ignore any energy lost due to sideways motion (consider only energy lost due to the elevation change)
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