A hiker takes a three - part journey as described in map coordinates below. Determine the hiker's displacement after the three - part hike. Record your answer in polar coordinates with magnitude and the direction measured relative to the positive - x axis in the spaces below. Use units for the magnitude, but do not use the degree unit on direction. Part 1) 1600 m at 40.00 East of North. Part 2) 1800 m at 20.00 North of West. Part 3) 1200 m due North.
A hiker takes a three - part journey as described in map coordinates below. Determine the hiker's displacement after the three - part hike. Record your answer in polar coordinates with magnitude and the direction measured relative to the positive - x axis in the spaces below. Use units for the magnitude, but do not use the degree unit on direction. Part 1) 1600 m at 40.00 East of North. Part 2) 1800 m at 20.00 North of West. Part 3) 1200 m due North.
Physics for Scientists and Engineers, Technology Update (No access codes included)
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ISBN:9781305116399
Author:Raymond A. Serway, John W. Jewett
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Chapter11: Angular Momentum
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Problem 11.3OQ: Let us name three perpendicular directions as right, up, and toward you as you might name them when...
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P3C A hiker takes a three - part journey as described in map coordinates below. Determine the hiker's displacement after the three - part hike. Record your answer in polar coordinates with magnitude and the direction measured relative to the positive - x axis in the spaces below. Use units for the magnitude, but do not use the degree unit on direction.
Part 1) 1600 m at 40.00 East of North.
Part 2) 1800 m at 20.00 North of West.
Part 3) 1200 m due North.
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