A 0.35 kg block is released from rest on a frictional ramp. The ramp is at an angle theta of 40 degrees above horizontal
Posted: Wed Jul 06, 2022 11:42 am
A 0.35 kg block is released from rest on a frictionalramp.
The ramp is at an angle theta of 40 degrees above horizontal andhas coefficients of friction including 0.21 static and 0.08kinetic.
The block slides down the ramp for distance d = 0.6 m along itssurface.
Part 2b Integrate the total power on the block from time 0second to time tf and show that at timetf the integrated result is what isexpected
Here, time tf is the time for the block totravel the distance of 0.6 meter along the ramp
No need to put in any numerical values for Part 2b, result interms of the general parameters only
That is, do not put in any numbers for the result of theintegration and state the integrated result as a formula only, nonumbers
The ramp is at an angle theta of 40 degrees above horizontal andhas coefficients of friction including 0.21 static and 0.08kinetic.
The block slides down the ramp for distance d = 0.6 m along itssurface.
Part 2b Integrate the total power on the block from time 0second to time tf and show that at timetf the integrated result is what isexpected
Here, time tf is the time for the block totravel the distance of 0.6 meter along the ramp
No need to put in any numerical values for Part 2b, result interms of the general parameters only
That is, do not put in any numbers for the result of theintegration and state the integrated result as a formula only, nonumbers