I've been going at this question for a bit and im stuck on part d

Problem 1 (20 pts) Blocks my = 10 kg and m2 = 4 kg are connected by a massless string through a pulley with neglible mass and friction. Block 1 is on a surface tilted at 61 - 60' while block 2 is on a surface tilted at 02 = 30" to the horizontal. The coefficient of kinetic friction between the blocks and the surface is #x. = 0.6. The blocks initially are held in place but once released, they move leftward. m Figure 5: Problem 1. (a) Draw and label all forces acting on m, and m2. Indicate the direction of the acceleration. (4pt) (b) Write Newton's 2nd law in the component form for each block. (6pt) (c) Find the magnitude of the acceleration of the blocks. (4pt) (d) Find the tension magnitude in the string connecting the blocks. (3pt) (e) What's the speed of m, after it travelled 1 m? (3pt) Bonus: After the block move for some time, the string is cut and the blocks move separately. What are their accelerations immediately after the string is cut? (3pt)