Find the magnitude and direction of resultant R when A=110N and B=55N, (-2,41 Graphical Solution 1. Use a ruler and protractor, a CAD program, or Geogebra, to carefully draw a neat, labeled, accurately scaled diagram representing the vector addition R=A+Busing the parallelogram rule. 2. Based on your scaled diagram, estimate the magnitude of resultant and its direction of measured from positive x-axis: |R|= |R| Submit part Trigonometric (Exact) Solution 1. Label the three angles inside the triangle A, O, and on where the subscript is the name of the side opposite. 2. Use law of cosines/sines to find the following values, exactly. On On Submit part
Find the magnitude and direction of resultant R when A=110N and B=55N, (-2,41 Graphical Solution 1. Use a ruler and protractor, a CAD program, or Geogebra, to carefully draw a neat, labeled, accurately scaled diagram representing the vector addition R=A+Busing the parallelogram rule. 2. Based on your scaled diagram, estimate the magnitude of resultant and its direction of measured from positive x-axis: |R|= |R| Submit part Trigonometric (Exact) Solution 1. Label the three angles inside the triangle A, O, and on where the subscript is the name of the side opposite. 2. Use law of cosines/sines to find the following values, exactly. On On Submit part
Precision Machining Technology (MindTap Course List)
2nd Edition
ISBN:9781285444543
Author:Peter J. Hoffman, Eric S. Hopewell, Brian Janes
Publisher:Peter J. Hoffman, Eric S. Hopewell, Brian Janes
Chapter8: Computer Numerical Control
Section8.3: Cnc Turning: Programming
Problem 1RQ: Write the X- and Z-axis coordinates for the part show n. Use the diametral method in the X-axis.
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Question
![Find the magnitude and direction of resultant R. when A=110N and
B=55N,
(-2,41
Graphical Solution
1. Use a ruler and protractor, a CAD program, or Geogebra, to
carefully draw a neat, labeled, accurately scaled diagram representing
the vector addition R=A+Busing the parallelogram rule.
2. Based on your scaled diagram, estimate the magnitude of resultant
and its direction of measured from positive x-axis:
|R|=
0₂ =
|R|=
Trigonometric (Exact) Solution
1. Label the three angles inside the triangle A, B, and OR where the
subscript is the name of the side opposite.
2. Use law of cosines/sines to find the following values, exactly.
0₁
OB
Submit part
OR
Submit part](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F799db758-6264-477e-875f-1cfecc426da7%2F190f4ef6-9f91-4ef4-afcf-569c61d4a723%2F6u9anto_processed.png&w=3840&q=75)
Transcribed Image Text:Find the magnitude and direction of resultant R. when A=110N and
B=55N,
(-2,41
Graphical Solution
1. Use a ruler and protractor, a CAD program, or Geogebra, to
carefully draw a neat, labeled, accurately scaled diagram representing
the vector addition R=A+Busing the parallelogram rule.
2. Based on your scaled diagram, estimate the magnitude of resultant
and its direction of measured from positive x-axis:
|R|=
0₂ =
|R|=
Trigonometric (Exact) Solution
1. Label the three angles inside the triangle A, B, and OR where the
subscript is the name of the side opposite.
2. Use law of cosines/sines to find the following values, exactly.
0₁
OB
Submit part
OR
Submit part
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