Asked by Johnn
A taut massless string connects two boxes. The boxes are placed on an incline plane at θ = 32.00. What is the acceleration of boxes as they move down the incline, given m2 = 1.0 kg, m1 = 7.2 kg, μ2 = 0.10 and μ1 = 0.20.
Answers
Answered by
bobpursley
total forces of friction:
(.2*m1*g + .1*m2*g)cosTheta
work that out.
gravity down the plane:
force=sinTheta(m1*g+m2*g)
acceleration=netforce/totalmass
where net force =sinTheta(m1*g+m2*g)-.2*m1*g + .1*m2*g)cosTheta
calculate acceleration
(.2*m1*g + .1*m2*g)cosTheta
work that out.
gravity down the plane:
force=sinTheta(m1*g+m2*g)
acceleration=netforce/totalmass
where net force =sinTheta(m1*g+m2*g)-.2*m1*g + .1*m2*g)cosTheta
calculate acceleration
Answered by
Johnn
could you show how you got that equation for the total friction and gravity down the plane
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.