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
    
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