Three vectors are shown at Magnitudes are are arbitrary units. Determine the sum of the three vectors as a) graphical sketch using tip-to- tail method a resultant vector b) 9 right -XE calculated quantitatively and reported in terms. of components a resultant vector calculated quantitatively and reported in terms of magnitude + direction.
Three vectors are shown at Magnitudes are are arbitrary units. Determine the sum of the three vectors as a) graphical sketch using tip-to- tail method a resultant vector b) 9 right -XE calculated quantitatively and reported in terms. of components a resultant vector calculated quantitatively and reported in terms of magnitude + direction.
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![Three vectors are
Magnitudes
are arbitrary units.
Determine the sum of the
three vectors as
shown at right.
a) graphical sketch using
tip-to- tail method
a resultant vector
b)
9
calculated quantitatively
and reported in terms
of components
a
-X
resultant vector
calculated quantitatively
and reported in terms
of magnitude + direction.
2
C=30 unit
141040
Diagram is
not to scale
À
22.50
45°
A = 41. units
x
B = 21 units
-y
41 units @ 22.5° NofE
21 units @ 45⁰ s of E
30 units @ due W](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F76ad4d68-2a74-4f2b-a348-93d1e497ffba%2F44320cd3-0afe-4af0-8f75-edf303b5191e%2Fzvveg6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Three vectors are
Magnitudes
are arbitrary units.
Determine the sum of the
three vectors as
shown at right.
a) graphical sketch using
tip-to- tail method
a resultant vector
b)
9
calculated quantitatively
and reported in terms
of components
a
-X
resultant vector
calculated quantitatively
and reported in terms
of magnitude + direction.
2
C=30 unit
141040
Diagram is
not to scale
À
22.50
45°
A = 41. units
x
B = 21 units
-y
41 units @ 22.5° NofE
21 units @ 45⁰ s of E
30 units @ due W
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Step 1: Determine the given data:
VIEWStep 2: a) Determine the resultant vector using graphical sketch:
VIEWStep 3: b) Calculate the resultant vector quantitively and report in terms of components:
VIEWStep 4: c) Calculate the resultant vector quantitively and report in terms of magnitude and directions:
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