I think I got it (this is using m2):
Fg2= m*ag
Fg2= 12kg* 9.8m/sec^2
Fg2= 117.6N
Fnet= m*anet
Fnet= 12kg*1.96m/sec^2
Fnet= 23.5N
Fg2-Fnet= T
117.6N-23.5N=T
T= 94.1N
@Bright Wang
I have a free body diagram drawn on my paper. I have the anet part figured out, I created that equation correctly... Thanks for the helping me verify that.
@Jegues
I don't see how I can create two equations... Because tension is the same throughout the string wouldn't there only be...
This is incredibly simple, but i cannot remember the formula for tension, which is a show stopper.
Homework Statement
Simple pulley. Two masses attached with a string running over a frictionless wheel. m1 is 8kg and m2 is 12kg. I need to find acceleration and tension over the...