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V = (x/s) m/s PROBLEM 3. The car is traveling along the road with a speed of v = (x/s) m/s, where x is a constant and s is in meters. Given the value of x and t in seconds, determine the magnitude of its acceleration if t= 0 at s = 0. 100 m n

V = (x/s) m/s PROBLEM 3. The car is traveling along the road with a speed of v = (x/s) m/s, where x is a constant and s is in meters. Given the value of x and t in seconds, determine the magnitude of its acceleration if t= 0 at s = 0. 100 m n

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x = 3450 t = 66 seconds
v = (x/s) m/s PROBLEM 3. The car is traveling along the road with a speed of v = (x/s) m/s, where x is a constant and s is in meters. Given the value of x and t in seconds, determine the magnitude of its acceleration if t = 0 at s = 0. 100 m n
Transcribed Image Text:v = (x/s) m/s PROBLEM 3. The car is traveling along the road with a speed of v = (x/s) m/s, where x is a constant and s is in meters. Given the value of x and t in seconds, determine the magnitude of its acceleration if t = 0 at s = 0. 100 m n
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