The momentum of an object and its change in momentum during a time interval are shown below. p→i Δp→ Move the Δp→ arrow below as needed, then move the p→f arrow such that it represents the momentum of the object at the end of the time interval. Note that the three vectors are actually co-linear, but the arrows below are at different heights so that they can be viewed without any overlapping. The dotted segments are guides for aligning the ends of the arrows.

The momentum of an object and its change in momentum during a time interval are shown below. p→i Δp→ Move the Δp→ arrow below as needed, then move the p→f arrow such that it represents the momentum of the object at the end of the time interval. Note that the three vectors are actually co-linear, but the arrows below are at different heights so that they can be viewed without any overlapping. The dotted segments are guides for aligning the ends of the arrows.

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The momentum of an object and its change in momentum during a time interval are shown below. p i
Δ p
Move the Δ p arrow below as needed, then move the p f arrow such that it represents the momentum of the object at the end of the time interval. Note that the three vectors are actually co-linear, but the arrows below are at different heights so that they can be viewed without any overlapping. The dotted segments are guides for aligning the ends of the arrows.

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