**Problem Description:**The car \( C \) and its contents have a weight of 500 lb, whereas block \( B \) has a weight of 240 lb. The car is released from rest. (Figure 1)**Task:****Part A**Determine the car's speed when it travels 30 ft down the \( 20^\circ \) incline. *Suggestion:* To measure the gravitational potential energy, establish separate datums at the initial elevations of \( B \) and \( C \).Express your answer to three significant figures and include the appropriate units.\[v = \text{Value} \quad \text{Units}\]**Diagram Explanation:**The diagram shows a car \( C \) on an incline connected to a block \( B \) via a pulley system. The incline is \( 20^\circ \) and the distance traveled by the car down the incline is labeled as 30 ft. The block \( B \) hangs vertically, showing a gravitational influence on the system. A reference for setting the initial potential energy datum is suggested at the starting elevation of both the block \( B \) and the car \( C \).**Instructions:**Use principles of energy conservation or dynamics to find the velocity \( v \) of the car.

Name: **Problem Description:**The car \( C \) and its contents have a weigh
Uploaded: 2024-03-20T06:57:16.000Z
Channel: Bartleby
Description: **Problem Description:**The car \( C \) and its contents have a weight of 500 lb, whereas block \( B \) has a weight of 240 lb. The car is released from rest. (Figure 1)**Task:****Part A**Determine the car's speed when it travels 30 ft down the \( 2