Also been a minute since I took physics 1, but IIRC, Work w = Force f × Displacement s in its simplest form.
We can plug in Force f = Mass m × Acceleration a such that w=(ma)s to see that the primary components of work in this scenario are mass, acceleration, and displacement, so velocity doesn’t directly affect work.
I guess you could do some further derivation to get it in as a term via a=d/dtv(t), but you still end up having to calculate acceleration anyways.
Also been a minute since I took physics 1, but IIRC, Work w = Force f × Displacement s in its simplest form.
We can plug in Force f = Mass m × Acceleration a such that w=(ma)s to see that the primary components of work in this scenario are mass, acceleration, and displacement, so velocity doesn’t directly affect work.
I guess you could do some further derivation to get it in as a term via a=d/dtv(t), but you still end up having to calculate acceleration anyways.