Think of this as a wheel you need to turn. It has two handles one handle is 1 inch from the center, the other is 24 inches from the center.
Which handle do you think it would be easier to turn the wheel with?
A wheel isn't a particularly helpful example, because it's attached and stays in place, and thus allows for a totally false kind of imagination: if indeed it were possible to "push through" a cue tip 1 inch or 24 inches from the center, this would translate in greater circular distance, i.e. a faster-turning wheel (= more spin). That's nonsense of course, as the cue tip to cue ball contact is virtually the same in terms of amount of time, distance and most importantly transferred friction regardless of where it's hit, so the difference is in the lesser inertia hitting off center (= a lesser percentage of the energy going into the forward vector/impulse energy, a larger into spinning the ball - plus there's further loss of forward energy because the tip deflects off the ball).
Greetings from Switzerland, David.
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„J'ai gâché vingt ans de mes plus belles années au billard. Si c'était à refaire, je recommencerais.“ – Roger Conti