Children are playing with a remote-controlled toy jeep in an open horizontal field. At some time, the jeep is located (relative to a rock which they are using as the origin) at r→0 = (14.0i^ − 7.50j^) m and has a velocity of v→0 = (8.00i^ + 3.00j^) m/s. If, for a time interval Δt = 10.0 s, the jeep experiences a constant acceleration a→ and acquires a new velocity v→ = (2.00i^ − 19.50j^) m/s, determine the following for the jeep. (Express your answer in vector form.) (a) position vector at time t = 10.0 s r→(t = 10.0 s) = m (b) velocity vector time t = 5.00 s v→(t = 5.00 s) = m/s

Children are playing with a remote-controlled toy jeep in an open horizontal field. At some time, the jeep is located (relative to a rock which they are using as the origin) at r→0 = (14.0i^ − 7.50j^) m and has a velocity of v→0 = (8.00i^ + 3.00j^) m/s. If, for a time interval Δt = 10.0 s, the jeep experiences a constant acceleration a→ and acquires a new velocity v→ = (2.00i^ − 19.50j^) m/s, determine the following for the jeep. (Express your answer in vector form.) (a) position vector at time t = 10.0 s r→(t = 10.0 s) = m (b) velocity vector time t = 5.00 s v→(t = 5.00 s) = m/s

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Children are playing with a remote-controlled toy jeep in an open horizontal field. At some time, the jeep is located (relative to a rock which they are using as the origin) at r 0 = ( 14.0 i ^ 7.50 j ^ ) m and has a velocity of v 0 = ( 8.00 i ^ + 3.00 j ^ ) m / s . If, for a time interval Δ t = 10.0 s , the jeep experiences a constant acceleration a and acquires a new velocity v = ( 2.00 i ^ 19.50 j ^ ) m / s , determine the following for the jeep. (Express your answer in vector form.) (a) position vector at time t = 10.0 s
r ( t = 10.0 s ) = m
(b) velocity vector time t = 5.00 s
v ( t = 5.00 s ) = m / s

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