As the time required to run up a stairs increases, the power developed by that person?

decreases increases remains the same

carbon frames are S H I T you can take a pair of plyers and crush them easily

I don't belive so, as long as you don't trash the frame it should be treated the same way a an aluminum

DecreasesPower Work Done / Time Required To Do The Work Instead of a person, lets say its a crane lifting a 50kg weight up vertically 10m(Its essentially the same question, good enough for physics class.) E m X g X h 50 kg X 9.98 g/m^2 X 10 m 490 Joules Expended P E / t 490 / t If the crane lifts the 50kg weight up 10 meters in 1 second: t 1s, 490J / 1s 490W, the crane developed power of 490 Watts If the crane lifts the same weight up same height in 10 seconds: t10s, 490J / 10s 49W, the crane developed power of 49 Watts

carbon frames are S H I T you can take a pair of plyers and crush them easily

I don't belive so, as long as you don't trash the frame it should be treated the same way a an aluminum

DecreasesPower Work Done / Time Required To Do The Work Instead of a person, lets say its a crane lifting a 50kg weight up vertically 10m(Its essentially the same question, good enough for physics class.) E m X g X h 50 kg X 9.98 g/m^2 X 10 m 490 Joules Expended P E / t 490 / t If the crane lifts the 50kg weight up 10 meters in 1 second: t 1s, 490J / 1s 490W, the crane developed power of 490 Watts If the crane lifts the same weight up same height in 10 seconds: t10s, 490J / 10s 49W, the crane developed power of 49 Watts