Ask a New Question
Search
Asked by
Bob cx
A ramp is 2.8 meters long and 1.2 meters high. How much power is needed to push a box up the ramp in 4.6 seconds with a force of 96 N?
Answers
Answers
Answered by
Henry
P = F * d/t = 96 * 1.2/4.6 = 25.04 J/s.=
25.04 Watts.
Answered by
Henry
Correction:
P = F * d/t=96 * 2.8/4.6=58.43 J/s =
58.43 Watts.
Related Questions
Related
A 155 m long ramp is to be built for a ski jump. If a skier starting from rest at the top is to have...
a ramp is 2.8 m long and 1.2 m high. how much power is needed to push a box up a ramp in 4.6 s with...
A ramp 20m long slopes down 1.2m to the edge of a lake. A force of 300N is needed to pull a boat on...
a ramp is 15 meters long and rises to a height of 4 meters. What is the angle form by the ramp and...
How long must a 25 degree ramp be to slow to a momentary stop a runaway truck moving along a truly h...
There is an 8 foot long ramp. If the platform holding up the end of the ramp is 1 foot high, how do...
Using a ramp 10 m long, workers apply an effort force of 2,150 N to move a 1,539 N crate onto a plat...
How long does emaniees ramp needs to be
A ramp 20 m long and 4 m high is used to lift a heavy box. A pulley system with 4 rope sections supp...
When ramp meters or lights are in operation, only one car is allowed to proceed on each green light....