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However if the ball does not slip up the clubface during contact then a "Friction Force" must be pulling on the ball in a Tangential direction (down the clubface) at the surface of the ball to keep it from slipping up the clubface.

This "Friction Force'' will spin the ball (backspin) on separation.

If the ball slips up the clubface during contact then this Friction Force is much reduced and hence the ball will not spin (backspin) nearly as much on separation.

The grooves in the clubface will help the ball grip (Larger Friction Force) the clubface better and prevent the ball from slipping up the clubface during contact.

The nature of the surface of the ball (e.g. if it is soft and "sticky") will also influence how effectively the ball grips the clubface during contact and so influences the amount of backspin on the ball at separation.

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Related Questions

What are the exampes of friction?

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