A car is moving with speed 18.2 m/s due south at one moment and 29.2 m/s due east 7.50 s later. Part A Determine the magnitude and direction of its average velocity over this time interval. 45.5 m/s. 45.0° north of east 32.4 m/s, 56.8° north of east 22.8 m/s, 33.2° north of east The average velocity cannot be determined. Submit Part B o Request Answer Determine the magnitude and direction of its average acceleration over this time interval. 50 19

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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A car is moving with speed 18.2 m/s due south at one moment and 29.2 m/s due east 7.50 s later.
Part A
Determine the magnitude and direction of its average velocity over this time interval.
45.5 m/s. 45.0° north of east
32.4 m/s, 56.8° north of east
22.8 m/s, 33.2° north of east
The average velocity cannot be determined.
Submit
Part B
Request Answer
Determine the magnitude and direction of its average acceleration over this time interval.
4.59 m/s².58.1° north of east
4.59 m/s².31.9° north of east
2.29 m/s².45.0° north of east
The average acceleration cannot be determined.
Submit Request Answer
Transcribed Image Text:A car is moving with speed 18.2 m/s due south at one moment and 29.2 m/s due east 7.50 s later. Part A Determine the magnitude and direction of its average velocity over this time interval. 45.5 m/s. 45.0° north of east 32.4 m/s, 56.8° north of east 22.8 m/s, 33.2° north of east The average velocity cannot be determined. Submit Part B Request Answer Determine the magnitude and direction of its average acceleration over this time interval. 4.59 m/s².58.1° north of east 4.59 m/s².31.9° north of east 2.29 m/s².45.0° north of east The average acceleration cannot be determined. Submit Request Answer
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