**Physics Problem: Calculating Centripetal Acceleration** In this exercise, we'll explore a practical problem involving circular motion and centripetal acceleration. **Scenario:** A car, measuring 4.25 meters in length, is maneuvered around a large circular curve. This curve has a radius of curvature of 333 meters. At the end of the curve, the car must clear a 10-meter-wide gulley and land on the other side, which is 2.96 meters below the starting point. **Objective:** Determine the minimum centripetal acceleration required for the car to successfully navigate the curve and land safely on the other side of the gulley. --- To solve this problem, you will need to apply concepts of centripetal force, gravitational force, and projectile motion to ensure the car achieves the necessary conditions to clear the gulley.

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