Determine the critical loads if F1 = 2F_2

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The boom is intended to support two vertical loads,
F1 and F2. If the cable CB can sustain a maximum load of
1500 N before it fails, determine the critical loads if
F1 = 2F2. Also, what is the magnitude of the maximum
reaction at pin A?

[@AnonymousIdiott]

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[@FinalAnswer]

You are welcome!

[@morganrussell6822]

thank you so much for posting these solutions!! it is actually helping me to get through my semester. truly cannot thank you enough

[@supersharonnoy6551]

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[@elmass3662]

You just made my night.

[@akhilnagpal1992]

how cos can be used to calculate Ty at 3:10 while sin is used to get Ty at 1:53 :((

[@ImranKhan-tu7ix]

My process was same but I forgot To add Tx into moment but I satisfy it's not process mistake its calculator mistake

[@Jasmine-lg6xb]

Tnxxx ❤

[@fishinmidbama]

The way you have the sum of the moments set up does not give F_2=724. If you plug it back in, you will get -1098

[@jcrase]

Nope, just plugged it all in and it works out. You get 4.763F_2 and the coefficents being -3448.55 all equal to zero.

[@princessmalobola8378]

How do you know when you have an x&y reaction at A and when you have one of the two?

[@markjaster3711]

I was hoping you could solve a few more of the problems from Hibbeler 14th ed. problems 5.81,5.76,5.52, and 5.44 (that's chapter 5 problem 81 and so on) I love your videos. They are so helpful. I hope you can help out with these. Thanks.

[@fatihtutar7583]

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[@arshlalani8064]

can you please do 5-27 problem from the textbook

[@efsunger5354]

thank u so much bro u are the number one

[@stijn020]

you are a fcking genius

[@aniketmishal6916]

your logic is correct but u messed up the Ma eqn.

[@CDinkle]

No, the Ma equation is correct, and the final values also agree with the solution in the back of the book.

[@TheDeezlaweez]

wasssss up

[@ImranKhan-tu7ix]

My process was same but I forgot To add Tx into moment but I satisfy it's not process mistake its calculator mistake