Reginald Esuke's Descent: Average Power Calculated

  • Thread starter Thread starter bamfazoid
  • Start date Start date
  • Tags Tags
    Average Power
AI Thread Summary
Reginald Esuke from Cameroon descended a mountain from 4095m to 915m in 62.25 minutes, prompting calculations of his average power. His mass is 70.0kg, and the average power can be calculated using the formula P=W/change in time. Work is defined as a force acting over a distance, with gravity being the relevant force in this context. The work done during the descent equals the change in gravitational potential energy. This discussion highlights the relationship between power, work, and gravitational force in calculating average power during a descent.
bamfazoid
Messages
8
Reaction score
0
reginald esuke from cameroon ran down a mountain slope from an elevation of 4095m to one of 915m in just 62.25min. if esukes mass was 70.0kg, what was the average power during his descent?
 
Physics news on Phys.org
Any thoughts, ideas? How is power related to work?
 
P=W/change in time
but how do i find the work?
 
What is the definition of work?
 
work is a force acting over a distance. is the force gravity?
 
Yes. The work done equals the change in gravitational potential energy (i.e. the difference).
 
alright thanks
 
Back
Top