SOLUTION: no one can still answer this for me:(
hi can someone answer this for me pls i just need it so bad:( just copy the link and paste it on your chrome no need to download the file bec
Algebra ->
Trigonometry-basics
-> SOLUTION: no one can still answer this for me:(
hi can someone answer this for me pls i just need it so bad:( just copy the link and paste it on your chrome no need to download the file bec
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Question 1193368: no one can still answer this for me:(
hi can someone answer this for me pls i just need it so bad:( just copy the link and paste it on your chrome no need to download the file because the file is in pdf form i just place it on google drive....
https://drive.google.com/drive/folders/1OwCXDh0ZZAerw7W3dG6sKsypBBgPHCxz?usp=sharing Answer by Alan3354(69443) (Show Source):
You can put this solution on YOUR website! Use the Cosine Law to find r.
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r^2 = p^2 + q^2 -2*p*q*cos(50)
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But, r is not the resultant force.
Complete the parallelogram by adding the 2 sides parallel to p and q
Call the resultant force f. f is the long diagonal.
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f^2 = p^2 + q^2 -2*p*q*cos(130)
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Change the values of p and q, calculate f again.
