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THANK YOU!! finally I inderstand the length it wanted, i always get confused. thank you for your detailed explaination sirrrr
Very helpful video, thank you !
Tau should have been equal to 0.864 but who cares? That was awesome video, thx for uploading sir.
You’re right. That decimal point got lost along the way one semester.
Appreciate your effort. 2:31 Wanna ask, isn't ther another force on pin B, which is F_ab. ?
And ofc there are forces on pin C, we didn't consider :)
If point E is in tension then why is the Normal force that we calculated negative (i.e. in compression) at point E?
Point E has some compression due to the normal force, but it has some tension due to the bending moment. Add them together and there’s a net of 57.8 MPa tension.
@@engineeringdeciphered Got it. Thankss!
THANK YOU!! finally I inderstand the length it wanted, i always get confused. thank you for your detailed explaination sirrrr
Very helpful video, thank you !
Tau should have been equal to 0.864 but who cares?
That was awesome video, thx for uploading sir.
You’re right. That decimal point got lost along the way one semester.
Appreciate your effort. 2:31
Wanna ask, isn't ther another force on pin B, which is F_ab. ?
And ofc there are forces on pin C, we didn't consider :)
If point E is in tension then why is the Normal force that we calculated negative (i.e. in compression) at point E?
Point E has some compression due to the normal force, but it has some tension due to the bending moment. Add them together and there’s a net of 57.8 MPa tension.
@@engineeringdeciphered Got it. Thankss!