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a) The velocity of the body at the moment of separation from the plane b) The body's journey at this moment.

a) The velocity of the body at the moment of separation from the plane b) The body's journey at this moment.

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On a body of mass m that is in a smooth horizontal plane began to act at the time t = 0 a force that depends on time according to the law F = ct, where c is a constant. The direction of this force constantly forms an angle a with the horizontal direction, calculate: a) The velocity of the body at the moment of separation from the plane b) The body's journey at this moment. F m ANS mg? cos a a) v = 2c sin? a m²g³ cos a b) s = 2c² sin³ a
Transcribed Image Text:On a body of mass m that is in a smooth horizontal plane began to act at the time t = 0 a force that depends on time according to the law F = ct, where c is a constant. The direction of this force constantly forms an angle a with the horizontal direction, calculate: a) The velocity of the body at the moment of separation from the plane b) The body's journey at this moment. F m ANS mg? cos a a) v = 2c sin? a m²g³ cos a b) s = 2c² sin³ a
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