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A golf club makes impact with a 0.045 kg golf ball during a drive off the tee. The loft angle of the club (the angle between the club face and vertical) is 20°. The normal contact force exerted by the
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A golf club makes impact with a 0.045 kg golf ball during a drive off the tee. The loft angle of the club (the angle between the club face and vertical) is 20°. The normal contact force exerted by the club on the ball is a 3000 N force directed forward and upward 20° above horizontal. The friction force exerted by the club on the ball is 500 N directed forward and downward 70° below horizontal.

Required:
a. What is the magnitude of the vector sum of the two club head forces acting on the golf ball?
b. What is the direction of this resultant force?

User Philia Fan
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1 Answer

3 votes

Answer:

(a) the magnitude of the vector sum of the two club head forces acting on the golf ball is 3041.38 N

(b) the direction of this resultant force is 10.5° to the horizontal

Step-by-step explanation:

Please find the attached document for explanation

A golf club makes impact with a 0.045 kg golf ball during a drive off the tee. The-example-1
User Yonivav
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