A roller coaster gets over the first hill of height 50.0 meters moving less than 1 meter per second. Then would it stay with the track if it were not mechanically held on to it at the top of the loop the loop. (The top of the loop the loop is 35 meters and it goes 17.1 meters per second at that...
A 2 kg block is attached to the bottom of a spring that has spring constant of 50 N/m and block is at first at equilibrium point where it will hang motionless if undisturbed. Where will it be when it reaches its maximum speed of 4.0 meters per second?
I thought it would be the equilibrium...
A roller coaster gets over the first hill of height 50.0 meters moving less than 1 meter per second. Then would it stay with the track if it were not mechanically held on to it at the top of the loop the loop. (The top of the loop the loop is 35 meters and it goes 17.1 meters per second at that...