Recent content by Mohmmad Maaitah

Thanks for the answer, how is it possible with the normal integration as I'm not familiar with the singularity method.

Please help me finding the max slope and deflection im stuck on this problem for two weeks. I can't get anywhere with the boundry and continutiy conditions The problem and what I've d one:

This really confused how is it that when Cosα is minimum P is maximum? shouldn't it be the oppose? Problem statement (IGNORE): [FONT=times new roman]The piston in an engine is attached to a connecting rod AB, which in turn is connected to a crank arm BC (see figure). The piston slides without...

I didn't do any work because expect saying "it's zero". I got it know, thank you all!

hollow pipe with the force applied as in the picture, that's my problem, it's not clear enought to me

Hi, I've problem thinking about this problem isn't the force acting on "nothing"? how can there be any stress, I'm lost!

Thank you all for the reply it is a big help!!

Right, but how do I draw the distributed load going vertically down? like this:

I know and I solved the problem, I just want to see a free body diagram including the distributed load acting on the bar like this (just how to draw the distributed load and I would appreciate a picture)

If I draw it as Triangle it must be wrong (reason I want to is because I could make the Distributed load vertical then).

I'm having problem in drawing the distributed load (weight per foot) for the inclined beam as it shows. should it be rectangular? if so shouldn't the distributed load be vertical down as the resultant weight at the centroid (W) please help me understand how to draw the free body diagram for this...

I would love to see more simple math expression. Thank you this helped a lot.

Yeah it's the math that still confuse me can't get hold of it. the post #12 helped me get it anyway!

This confuses me a lot!

I am sorry, I can't see how we are free to use any value for C expect 0 when we talk about 2D vector.