Categories > Motion in A Straight Line > non-uniform-motion > A body is moving from rest under constant acceleration and let \[{S_1}\] be the displacement in the first \[(p - 1)\] sec and \[{S_2}\] be the displacement in the first \[p\,\sec .\] The displacement in \[{({p^2} - p + 1)^{th}}\] sec. will be

Motion in A Straight Line

Question: A body is moving from rest under constant acceleration and let \[{S_1}\] be the displacement in the first \[(p - 1)\] sec and \[{S_2}\] be the displacement in the first \[p\,\sec .\] The displacement in \[{({p^2} - p + 1)^{th}}\] sec. will be


1) \[{S_1} + {S_2}\]
2) \[{S_1}{S_2}\]
3) \[{S_1} - {S_2}\]
4) \[{S_1}/{S_2}\]
Solution: Explanation: Explanation
non-uniform-motion

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