Hello, I dont really understand why the tension T is drew only on the right of the horizontal pulley, and not to the left as it goes towards P or drew in the hook B going to the right.
Moments is (Force * distance) there is one force "T" that is preventing rotation. Since this model is not moving the sum of moments is 0. so if we know one value we can isolate it to find the other "P".
Hello, I dont really understand why the tension T is drew only on the right of the horizontal pulley, and not to the left as it goes towards P or drew in the hook B going to the right.
this was fire and straight forward
Bro please could you upload all the problems also...if you could do the same for strength of material
How to get P? Final answer?
T= 2 KN so 2KN(0.6) - p(2.25)=0 1.2KM - p2.25=0 p=1.2 / 2.25 p=5.33....KN
Moments is (Force * distance) there is one force "T" that is preventing rotation. Since this model is not moving the sum of moments is 0. so if we know one value we can isolate it to find the other "P".
Vc is actually -0.533 kN
Plzzzzzzzzzz upload futher numerical of chap 7😭😭😭😭
You're not doing it correctly