Ashitosh Shinde posted an Question
July 14, 2020 • 23:31 pm 25 points
  • IIT JAM
  • Physics (PH)

If velocity, assumed to be uniform, and time are denoted by v and 1, respectively, then the product tu is (a) a vector in a direction different from that of v (

If velocity, assumed to be uniform, and time are denoted by v and t, respectively, then the product tv is (a) a vector in a direction different from that of v (b) a scalar of magnitude r times | v| (C) a velocity of magnitude t times |v|(d) the displacement in the direction of v.

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  • Ashitosh shinde

    but here mode sign is used

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    if v is vector then vt also

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    yeah but mam answer is c i textbook

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    We know that distance coverd is equal to area under curve of v -t graph

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    what you think about it

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    Dhairya sharma

    reason behind is that vt should be distance but v is vectorial quantity so vector × scaler should be vector. so it would be vector

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    Dhairya sharma best-answer

    dear it would be displacement on the direction of v

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