You explained everything beautifully except the ending. Never assume we know where you get values from. Where did you get 3.574 from? Where did you get 2.04 from? Where did you get 2.824 from? Gave me a headache trying to find the origin of those values
@@zacchaeusb841 hey, hope this isnt too late. 3.574 comes from multiplying tan theta with 3.5 (tan 45.6 * 3.5 = 3.574), 2.04 comes from the 1.02x on the left being added with the 1.02x on the right (he brought them over from the right side to the left), and 2.824 comes from 3.574-0.75. What I've noticed with this guys videos is if you see something he doesn't explain in detail, it means he's just doing some math steps.
A body with a mass of 250 kg is supported by the flexible cable system shown in Figure below. Determine the tensions in cables A, B, C, and D. I want solution plz 🙏 😩
your solutions is a million times clearer than the one in the solutions manual. Thank you for making us understand
This method was better than the ones provided by Chegg. Thanks a lot
the way you solved this was so clear and easy, thank you so much!!
Well detailed outline of the solution. Thanks. You made it easy to understand.
You explained everything beautifully except the ending. Never assume we know where you get values from. Where did you get 3.574 from? Where did you get 2.04 from? Where did you get 2.824 from? Gave me a headache trying to find the origin of those values
I know this is old but how did you get the numbers
@@zacchaeusb841 hey, hope this isnt too late. 3.574 comes from multiplying tan theta with 3.5 (tan 45.6 * 3.5 = 3.574), 2.04 comes from the 1.02x on the left being added with the 1.02x on the right (he brought them over from the right side to the left), and 2.824 comes from 3.574-0.75. What I've noticed with this guys videos is if you see something he doesn't explain in detail, it means he's just doing some math steps.
@@dhkdlhdyodyoclydtkd96494 thank you bro
Great job . Thank you since Colombia.
which page number is this question from?
Why is alpha the same theta?
you are my hero
Thank you so much 😊
why is tension AB the same as tension BC? I know that its the same string but why ?
just a rule for frictionless pullys.
GODBLESS YOU ...
or...[ABcos(theta)]+[BCcos(theta)] = 5cos(theta)m => 3.5m = 5cos(theta)
please tell me how did you get tan
tan of theta would equal (BD) divided by x, so BD equals xtan(theta) just multiply both sides by x.
plz can u tell me how is theta equal to alfa
?????
the cable is not split at the pulley. It is one cable so the tension is the same throughout.
A body with a mass of 250 kg is supported by the flexible
cable system shown in Figure below. Determine the
tensions in cables A, B, C, and D.
I want solution plz 🙏 😩
Thnx
thank you !!
THANKS
You rock
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