- #1
ja!mee
- 16
- 0
So I am again stuck on a question I have been provided. The question is:
Draw a FBD for each monkey. For each monkey, determine the rope tension that would allow the monkey to begin accelerating in the expected direction. (on a side note this is a pulley situation one monkey is 22kg and the other was 20kg and they are looking for both the maximum and minimum tension required)
So what I did is:
Fg22 – T= ma
T = Fg22 – ma
T = (22kg)(9.8 m/s) – (22kg)(0.47 m/s) = 205.26 N
Which I realize is the rope tension for the whole system. What I am confused on is... I thought that the tension in the rope would be the same throughout... am I missing a step? What I am thinking is what I have done is found the minimum tension only.
Draw a FBD for each monkey. For each monkey, determine the rope tension that would allow the monkey to begin accelerating in the expected direction. (on a side note this is a pulley situation one monkey is 22kg and the other was 20kg and they are looking for both the maximum and minimum tension required)
So what I did is:
Fg22 – T= ma
T = Fg22 – ma
T = (22kg)(9.8 m/s) – (22kg)(0.47 m/s) = 205.26 N
Which I realize is the rope tension for the whole system. What I am confused on is... I thought that the tension in the rope would be the same throughout... am I missing a step? What I am thinking is what I have done is found the minimum tension only.