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OpenStudy (anonymous):
Determine the magnitude of the forces F1 and F2
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OpenStudy (anonymous):
go ahead, shoot the question at me ♥
OpenStudy (anonymous):
OpenStudy (anonymous):
so confused
OpenStudy (anonymous):
i see. where are you confused?
OpenStudy (anonymous):
trying to find the magnitudes of f1 and f2, I saw a similar problem on here but it didnt really help at all
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OpenStudy (anonymous):
Not sure where the equations of f1 ,w, and f2 would come in to play
OpenStudy (anonymous):
Let's start with the following statement:\[\vec w + \vec{F_1} + \vec{F_2}=0\]Do you have any problems with this? We'll do this step-by-step.
OpenStudy (anonymous):
no i dont
OpenStudy (anonymous):
Alright.
Do you understand how they wrote all the three vectors in their component-form (with i, j and k)?
OpenStudy (anonymous):
yes i understand that
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OpenStudy (anonymous):
now:)
OpenStudy (anonymous):
First, sum up the x-components and set them equal to zero.
Then sum up the y-components and set them equal to zero.
OpenStudy (anonymous):
of all the vectors?
OpenStudy (anonymous):
indeed.
OpenStudy (anonymous):
are you there?
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OpenStudy (anonymous):
do you understand why the sum of x-components = sum of y-components = zero?
OpenStudy (anonymous):
sorry its taking a while
OpenStudy (anonymous):
woot, sorry, i'm back
OpenStudy (anonymous):
do you need further help with the question?
OpenStudy (anonymous):
no thank you:) it really helped that you got me started
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