Mathematics

Mathematics

Problem

A particle moves along a straight line with velocity v(t)v(t) (in m/s) for 0≤t≤60\le t\le 6 seconds. It is known that ∫06v(t) dt=0\displaystyle \int_{0}^{6} v(t)\,dt =0 while ∫06∣v(t)∣ dt=12\displaystyle \int_{0}^{6} |v(t)|\,dt =12. Which statement best describes the particle’s motion on this interval? a) The particle ends 1212 \text{ meters} from its starting position, and it travels a total distance of 1212 \text{ meters}. b) The particle returns to its starting position, and it travels a total distance of 00 \text{ meters}. c) The particle returns to its starting position, and it travels a total distance of 1212 \text{ meters}. d) The particle ends 00 \text{ meters} from its starting position, and it travels a total distance of 66 \text{ meters}.

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