7. Two vectors are shown in the figure below. 118°. 32.8 N (132° 17.3 cm/s/ (a) Find the scalar product, with proper units, using the form A · B = |A||B| cos 0. (b) Find the scalar product, with proper units, using the form A · B = A„B, + A,By, and confirm that the angle between them is the same as the angle you found in Part (a).
7. Two vectors are shown in the figure below. 118°. 32.8 N (132° 17.3 cm/s/ (a) Find the scalar product, with proper units, using the form A · B = |A||B| cos 0. (b) Find the scalar product, with proper units, using the form A · B = A„B, + A,By, and confirm that the angle between them is the same as the angle you found in Part (a).
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7. Two vectors are shown in the figure below.
118°
32.8 N
132°
17.3 cm/s
(a) Find the scalar product, with proper units, using the form A · B = |A||B| cos 0.
(b) Find the scalar product, with proper units, using the form A · B = A„B+ A„By,
and confirm that the angle between them is the same as the angle you found in
Part (a).
--------](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F859743d5-9578-4a68-94b4-09f68a5c3500%2F49378f9d-155e-4f50-8340-e8ffb66c3a36%2Fv0ly2yq_processed.png&w=3840&q=75)
Transcribed Image Text:Page <
2
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of 3
ZOOM
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7. Two vectors are shown in the figure below.
118°
32.8 N
132°
17.3 cm/s
(a) Find the scalar product, with proper units, using the form A · B = |A||B| cos 0.
(b) Find the scalar product, with proper units, using the form A · B = A„B+ A„By,
and confirm that the angle between them is the same as the angle you found in
Part (a).
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