Two forces (17.0 N at 26.0° south of east, and 52.0 N at 58.0° north of west) are applied to a 200 kg object. If the net force is determined by these two forces, then find the acceleration of the object. magnitude 0.2247 m/s? 0.1932 m/s? С. 0.2053 m/s? 0.1570 m/s? 0.2012 m/s? А. D. В. E. 0.1870 m/s? F. /--/ direction from +x axis А. 103.2° D. 108.5° В. 81.77° Е. 128.0° С. 103.1° F. 107.9°
Two forces (17.0 N at 26.0° south of east, and 52.0 N at 58.0° north of west) are applied to a 200 kg object. If the net force is determined by these two forces, then find the acceleration of the object. magnitude 0.2247 m/s? 0.1932 m/s? С. 0.2053 m/s? 0.1570 m/s? 0.2012 m/s? А. D. В. E. 0.1870 m/s? F. /--/ direction from +x axis А. 103.2° D. 108.5° В. 81.77° Е. 128.0° С. 103.1° F. 107.9°
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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![Two forces (17.0 N at 26.0° south of east, and 52.0 N at 58.0° north of west) are applied to a 200 kg
object. If the net force is determined by these two forces, then find the acceleration of the object.
magnitude
0.2247 m/s?
0.1932 m/s?
С.
0.2053 m/s?
0.1570 m/s?
0.2012 m/s?
А.
D.
В.
E.
0.1870 m/s?
F.
/--/
direction from +x axis
А.
103.2°
D.
108.5°
В.
81.77°
Е.
128.0°
С.
103.1°
F.
107.9°](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F32d80c3f-e8ca-4b33-9136-508eae27e90c%2Fef9ad348-7b45-4609-b5a0-3378a73d4280%2Fk7o315n.png&w=3840&q=75)
Transcribed Image Text:Two forces (17.0 N at 26.0° south of east, and 52.0 N at 58.0° north of west) are applied to a 200 kg
object. If the net force is determined by these two forces, then find the acceleration of the object.
magnitude
0.2247 m/s?
0.1932 m/s?
С.
0.2053 m/s?
0.1570 m/s?
0.2012 m/s?
А.
D.
В.
E.
0.1870 m/s?
F.
/--/
direction from +x axis
А.
103.2°
D.
108.5°
В.
81.77°
Е.
128.0°
С.
103.1°
F.
107.9°
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