The velocity of a remote control car is given by v = (2.7ti + 1t);}) m/s,...

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The velocity of a remote control car is given by v = (−2.7ti + 1t²);}) m/s, where t is in s. At t = 0s, the car is located at ro = (4.21 + 2.9ĵ) m. (A) What is the x-component of the car's position vector at t = 10.3 s? m TI (B) What is the y-component of the car's position vector at t = 10.3 s? Ty = Bm (C) What is the x-component of the car's position vector at t = 10.3 s? ar m m/s² (D) What is the y-component of the car's position vector at t = 10.3 s? ay m/s² The velocity of a remote control car is given by v = (−2.7ti + 1t²);}) m/s, where t is in s. At t = 0s, the car is located at ro = (4.21 + 2.9ĵ) m. (A) What is the x-component of the car's position vector at t = 10.3 s? m TI (B) What is the y-component of the car's position vector at t = 10.3 s? Ty = Bm (C) What is the x-component of the car's position vector at t = 10.3 s? ar m m/s² (D) What is the y-component of the car's position vector at t = 10.3 s? ay m/s²

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Given Initial velocity r0 42i 29j ms Velocity v 27t i t2 j ms a To find the xcomponent of the cars ... View the full answer