Recent content by Skilen

It didnt lead me directly to the answer. I didnt directly do as teun said, but rather worked me through to the answer. Kinda like the direction you put me towards. Anyway, It is solved, thank you all so much for the help :)

Ahh, I see it now. Thank you, made my day. :)

How do i find the values of a_pullUp and a_pullBlock? Can I just adjust the equation where the current value of t is 3,778 seconds??

I suppose you put in the mans weight relative to the ground. Which in this case becomes: T=m*g = 80kg*9,8m/s^2= 784N. Or am I totally lost here?

I 1. A man of mass m = 80.0 kg hangs from a rope down into a hole. The rope goes over a massless pulley and is connected to a block of rock of mass M = 200 kg, which is lying on a frictionless horizontal surface. The distance between pulley and man is 5.00 m; between pulley and block 20.0 m...