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What is the mechanical advantage of a ramp if you and two friends apply a force of 425 N to push a piano up a 2.0m long ramp?
-- angle the ramp makes with the ground -- weight of the piano -- height above ground at the top of the ramp -- horizontal distance between the beginning and end of the ramp If the question included any one of these pieces of information, an answer could be calculated. But with only the information given, it can't be.
What is the magnitude of the external force f necessary to hold the cart motionless at point c...2 kg. cart going up ramp of 10 meters slanted at 30 degrees. the ramp is 5 meters high?
You need to know the coefficient of friction between the ramp and the cart.
What is the work and force of 1kg being pushed up a 0.6 m ramp and a height of 2 m?
If it is 0.6m (long?) then how can it be 2 m high? Also, if friction is involved, this will affect the amount of force.
What is the Matlab code to generate a ramp signal?
clc close all n=input('enter the length of ramp'); t=0:n; plot(t); xlabel('t'); ylabel('amplitude'); title ('ramp') The above code can generate ramp signal using Matlab.
How do you work out the gradiant on a ramp?
Divide the height of the ramp by the length of the ramp (rise over run).
