1. Given: Vector D, with horizontal and vertical components: 20 in and 30 in, respectively. Vector D2 with horizontal component 20 in at 150° True north. Vector D3. is the displacement of an object which moved at 10 in/min for 4min due South. Reg'd: a. Draw the three displacements (D1 D2, D3) and the resultant displacement D in one Cartesian plane b. Determine the vertical and horizontal components of each displacement: Dix. Dry D2x Dzy D3x Day c. Components of the resultant vector D d. Magnitude of the resultant vector D e Direction 8 of the resultant vector D

Physics for Scientists and Engineers with Modern Physics
10th Edition
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Author:Raymond A. Serway, John W. Jewett
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Chapter3: Vectors
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Problem 21P: Vector A has a negative x component 3.00 units in length and a positive y component 2.00 units in...
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1. Given: Vector D, with horizontal and vertical components: 20 in and 30 in, respectively.
Vector D2 with horizontal component 20 in at 150° True north.
Vector D3 is the displacement of an object which moved at 10 in/min for 4min due South.
Reg'd:
a. Draw the three displacements (D1 D2, D3) and the resultant displacement D in one Cartesian plane
b. Determine the vertical and horizontal components of each displacement: Dıx Dry Dzx Dzy D3x Day
c. Components of the resultant vector
d. Magnitude of the resultant vector D
e. Direction 0 of the resultant vector D
Transcribed Image Text:1. Given: Vector D, with horizontal and vertical components: 20 in and 30 in, respectively. Vector D2 with horizontal component 20 in at 150° True north. Vector D3 is the displacement of an object which moved at 10 in/min for 4min due South. Reg'd: a. Draw the three displacements (D1 D2, D3) and the resultant displacement D in one Cartesian plane b. Determine the vertical and horizontal components of each displacement: Dıx Dry Dzx Dzy D3x Day c. Components of the resultant vector d. Magnitude of the resultant vector D e. Direction 0 of the resultant vector D
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