A car starts at location A, and travels 100 miles north to location B in 1.5 hours. It stays at location B for 3 hours, and then returns to location A in 2 hours. a. Choose the zero position at A, the positive direction north, and time zero at the start of the motion. Draw a position vs. time graph. b. Choose. the zero position a B, the positive direction north, and time zero at the start of the motion. Draw a position vs. time graph. c. Choose the zero position at B, the positive direction SOUTH, and time zero 1 hour BEFORE the motion starts. Draw a position vs. time graph.
A car starts at location A, and travels 100 miles north to location B in 1.5 hours. It stays at location B for 3 hours, and then returns to location A in 2 hours. a. Choose the zero position at A, the positive direction north, and time zero at the start of the motion. Draw a position vs. time graph. b. Choose. the zero position a B, the positive direction north, and time zero at the start of the motion. Draw a position vs. time graph. c. Choose the zero position at B, the positive direction SOUTH, and time zero 1 hour BEFORE the motion starts. Draw a position vs. time graph.
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Transcribed Image Text:A car starts at location A, and travels 100 miles north to location B in 1.5 hours. It stays at location B for 3 hours, and then returns to location A in 2
hours. a. Choose the zero position at A, the positive direction north, and time zero at the start of the motion. Draw a position vs. time graph. b. Choose
the zero position a B, the positive direction north, and time zero at the start of the motion. Draw a position vs. time graph. c. Choose the zero position
at B, the positive direction SOUTH, and time zero 1 hour BEFORE the motion starts. Draw a position vs. time graph.
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