In parts d, e, and f, we will redo the (d) Using trigonometry, calculate the x and y components of the vectors A and measurements of your graph paper drawings. Part d should be pure calculator work. x-component of A: A, = y-component of A: A, = x-component of B: B = y-component of B: B, = (e) Using your components from parrd above, calculate the x and y components of R, S, and D. Remember, R=A+B, S = A + 2B, and D=B-A. x-component of R: R₁ = y-component of R: R, = x-component of S: S, = y-component of S: S, = x-component of D: D. = y-component of D: D, = (0) Heing u
In parts d, e, and f, we will redo the (d) Using trigonometry, calculate the x and y components of the vectors A and measurements of your graph paper drawings. Part d should be pure calculator work. x-component of A: A, = y-component of A: A, = x-component of B: B = y-component of B: B, = (e) Using your components from parrd above, calculate the x and y components of R, S, and D. Remember, R=A+B, S = A + 2B, and D=B-A. x-component of R: R₁ = y-component of R: R, = x-component of S: S, = y-component of S: S, = x-component of D: D. = y-component of D: D, = (0) Heing u
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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Question
vector A = 7.6 m, 73 degrees W to N
vector B = 3.5 m, 35 degrees N to W

Transcribed Image Text:tor math.pdf
In parts d, e, and f, we will redo the previous calculations using component methods.
(d) Using trigonometry, calculate the x and y components of the vectors A and B. Note: do not make
measurements of your graph paper drawings. Part d should be pure calculator work.
x-component of A: A, =
y-component of A: A, =
x-component of B: B =
y-component of B: B, =
(e) Using your components from part d above, calculate the x and y components of R. S, and D.
Remember, R=A+B, S = A + 2B, and D=B-A.
x-component of R: R₁ =
y-component of R: R, =
x-component of S: S, =
y-component of S: S, =
X-component of D: D. =
y-component of D: D, =
(Using YOUR
Expert Solution

Step 1
Given value---
- vector A is given as: , West to North.
- vector B is given as: , North to West.
We have to find---
- x-component of A
- y-component of A
- x-component of B
- y-component of B
- x-component of R
- y-component of R
- x-component of S
- y-component of S
- x-component of D
- y-component of D
The figure for the problem can be given as:
Here , and .
Step by step
Solved in 6 steps with 1 images
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