Question: When the point in contact with the surface experiences rolling with backward slipping, what happens to the distance covered by the center of mass if

When the point in contact with the surface experiences rolling with backward slipping, what happens to the distance covered by the center of mass if the object rotates faster?
It covers a shorter distance than when rolling without slipping.
It covers a longer distance than when rolling without slipping.
It covers an infinite distance than when rolling without slipping.
It covers the same distance as in rolling without slipping.
When the point in contact with the surface

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