Heavy Duty Trolley Plastic Bending & Strain Energy

AI Thread Summary
The discussion focuses on a homework problem involving a heavy-duty trolley, specifically addressing challenges with Part (b) of the problem and seeking clarification on the calculations for Part (a). The user expresses uncertainty about how to solve Part (b) and requests resources for better understanding. They also mention that their calculations for Part (a) were close but not accurate, asking for feedback on potential errors. The equations provided relate to moments and tension in the system, indicating a need for assistance in deriving the correct expressions. Overall, the user seeks guidance on both parts of the problem to improve their understanding and accuracy.
Liquito
Messages
2
Reaction score
1

Homework Statement


http://imgur.com/a/RoKVR
uJkw9Pi.png

1QfodAd.png


The link above have the full problem
I mostly have issue with Part (b) of the problem where am not familiar with and don't know how to solve that part. I was wondering if someone can put some light in the tunnel or provide a link where I can study about this type of problems

As for Part (a) I attempted it and although came really close to the solution is not what am asked to prove so I was wondering if someone can spot any problem with my calculation there

Homework Equations



M = P*L1 = P*R*sinθ
T = P*L2 = P*R*(1-cosθ)

The Attempt at a Solution



This is my attemp and what method I used for it

http://imgur.com/a/oXpPG
 
Last edited by a moderator:
  • Like
Likes berkeman
Physics news on Phys.org
Liquito said:
M = P*L1 = P*R*sinθ
T = P*L2 = P*R*(1-cosθ)

Show me how you derived the expression for T .
 
Nidum said:
Show me how you derived the expression for T .

I am not sure I understood correctly what you are looking for but I included both what T is = to and its derived version
 

Similar threads

Replies
1
Views
2K
Replies
3
Views
7K
Replies
4
Views
2K
Replies
16
Views
4K
Replies
12
Views
3K
Replies
5
Views
2K
Back
Top