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Calculate the resultant velocity of Freda Flyer who normally flies at 100 km/h and then...

Calculate the resultant velocity of Freda Flyer who normally flies at 100 km/h and then encounters a 10-km/h headwind (wind coming from ahead).
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Velocity is vector, and vectors follow the law of superposition, which states that, when directions agree, two vectors add together to make a resultantvector. Therefore, if one velocity vector (Freda Flyer) is 100 km/h, and another velocity vector (headwind) is 10 km/h in the opposite direction (so itacts like a velocity of -10 km/h in the direction of the Freda Flyer), then the resultant velocity is equal to:

100 km/h - 10 km/h = 90 km/h

answered by: jerry carter
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