two forces each of magnitude 12N and 16N are inclined to each other at 45°. Find the magnitude and direction of their resultant with respect to second vector
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two forces each of magnitude 12N and 16N are inclined to each other at 45°. Find the magnitude and direction of their resultant with respect to second vector
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Answer:
Two forces of magnitude 10N & 8N are acting at a point. If the angle b/w the two forces is 60°, how do I determine the magnitude of the resultant force?
Don’t let change and uncertainty hold you back.
Since typing all those formulas were getting cumbersome I just solved it on a piece of paper and uploaded it.
For reference,
I have taken vector A=10N, vector B=8N, the angle between vectors A & B as
θ (theta) = 60 degrees.
The resultant vector is C and at an angle ø (phi) with vector A.
Notice another thing. I have taken ø between vector A and C. If I need to know the angle between vector B and C, say angle α (alpha)