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At t = Os, an experimental electric powered car starts from rest at point A and moves toward the right. The tangential component of the car's acceleration at = 1 + (0.2 + 0.001)t m/s2. What is the total acceleration of the car when it reaches point B, assuming point B is halfway along the semi-circular curve with a radius equal to 50 meters? 50 m B. 200 m

At t = Os, an experimental electric powered car starts from rest at point A and moves toward the right. The tangential component of the car's acceleration at = 1 + (0.2 + 0.001)t m/s2. What is the total acceleration of the car when it reaches point B, assuming point B is halfway along the semi-circular curve with a radius equal to 50 meters? 50 m B. 200 m

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At t = 0s, an experimental electric powered car starts from rest at point A and moves toward the right. The tangential component of the car's acceleration at = 1 + (0.2 + 0.001)t m/s2. What is the total acceleration of the car when it reaches point B, assuming point B is halfway along the semi-circular curve with a radius equal to 50 meters? 50 m B. 200 m
Transcribed Image Text:At t = 0s, an experimental electric powered car starts from rest at point A and moves toward the right. The tangential component of the car's acceleration at = 1 + (0.2 + 0.001)t m/s2. What is the total acceleration of the car when it reaches point B, assuming point B is halfway along the semi-circular curve with a radius equal to 50 meters? 50 m B. 200 m
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