A block of M1 rides along a horizontal surface and is connected by a frictionless massless pulley to a cart of M2 with massless frictionless wheels. The cart rides on an incline plane at Angle Theta with respect to the horizontal. Where M1 = 1kg, M2 = 5kg, Theta = 37 degrees, and U = 0.6 (only along the horizontal). Force of Gravity = 10m/s^2
I need to find the speed of the system after it moves 8 meters from rest. (The masses move down the slope).
I also need to solve it using Conservation of Energy. Thank you!
I need to find the speed of the system after it moves 8 meters from rest. (The masses move down the slope).
I also need to solve it using Conservation of Energy. Thank you!