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Solve the all parts of given question:

Question: A big ol' 1950's car with a weight of 4480 lb enters a level, unbanked curve at 84 mi/hr. The radius of curvature is 682 ft. You may solve the problem in either SI or British units, but make all conversions correctly, and be aware of the danger of confusing mass and weight.

Part A: Find the centripetal acceleration of the car as it rounds the curve.

Part B: Find the minimum coefficient of friction between the tires and the road necessary to keep the car on the curve without slipping.

Part C: Given the numbers calculated above, describe THOROUGHLY the conditions under which the car can safely take that curve at that speed.

Please explain all steps to determine the centripetal acceleration of the car as it rounds the curve.

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