A car travels along the road with a speed of v = (3s) m/s, where s...

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A car travels along the road with a speed of v = (3s) m/s, where s is displacement, given in meters. The radius of curvature of the circular path is p = 50 m (see Fig. Q6). 50 m Determine the following: n Fig. Q6 The speed of the car at s = 10 m. v (3s) m/s The tangential acceleration of the car at s = 10 m. The normal acceleration of the car at s = 10 m. The magnitude of the total acceleration of the car at s = 10 m. (5 ( A car travels along the road with a speed of v = (3s) m/s, where s is displacement, given in meters. The radius of curvature of the circular path is p = 50 m (see Fig. Q6). 50 m Determine the following: n Fig. Q6 The speed of the car at s = 10 m. v (3s) m/s The tangential acceleration of the car at s = 10 m. The normal acceleration of the car at s = 10 m. The magnitude of the total acceleration of the car at s = 10 m. (5 (

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