1. The problem statement, all variables and given/known data Hi everyone, I hope you're enjoying your weekends! I've been trying this question for a while not having any luck, I'm hoping someone can tell me where I'm going wrong The question is: Two boxes are connected by a rope that passes through a pulley on the corner of a incline. Box A is 2.5 kg and box B is 5.5 kg. The coefficient of kinetic friction on the incline is 0.54. Box A is on the incline and box B hangs over. The angle of the incline is 25.4º. Find the acceleration and the tension. The answers given are 3.8 m/s2 [down] and 33 N [up] 2. Relevant equations I got these equations from here:https://www.physicsforums.com/showthread.php?t=27346 and I understand why I would use them Ft = m1 *a + m1gcosθ + μm1gcosθ and Ft = m2(g-a) 3. The attempt at a solution m1 = 2.5 kg, m2 = 5.5 kg, μ = 0.54, θ = 25.4° I know I can equate the two tension equations to get: m2(g-a) = m1 *a + m1gcosθ + μm1gcosθ But when I plug in the known values and solve: 5.5(9.8-a) = 2.5*a + 2.5*9.8*cos(25.4) + 0.54*2.5*9.8cos(25.4) I get a value of a = 2.4 Could someone tell me where I'm going wrong here? Thanks so much in advance!