F₁= 200 N 30° above +x F₂= 200 N, 37° below +x 1. What are the components of F₁? a. x = 173.2 N, y = 100 N c. x= 17 N, y = 190 N d. x = 1700 N, y = 1000 N b. x = 170 N, y = 90 N 2. If the X component of F₂ is 159.7 N, what is its Y-component? a. -119 N b. 120.4 N c. -120.4 N d. 121.4 N 3. What is the magnitude and direction of the resultant force? a. 332.56 N 2.8° below +x b. 323.65 N 3.0° above +x 4. In what direction is F₂ heading? a. 37° below +x b. 35° below-x c. 36° above +x d. 53° below-x c.332.56 N, 3.5° below +x d. 332.56 N, 2.6° below -x

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Chapter1: Units, Trigonometry. And Vectors
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For #1-4: Given :
F₁= 200 N 30° above +x
F₂= 200 N, 37° below +x
1. What are the components of F₁?
a. x = 173.2 N, y = 100 N
c. x = 17 N, y = 190 N
b. x = 170 N, y = 90 N
d. x = 1700 N, y = 1000 N
2. If the X component of F₂ is 159.7 N, what is its Y-component?
a. -119 N
b. 120.4 N
d. 121.4 N
c. -120.4 N
3. What is the magnitude and direction of the resultant force?
a. 332.56 N 2.8° below +x
b. 323.65 N 3.0° above +x
4. In what direction is F₂ heading?
a. 37° below +x
b. 35° below-x
c. 36° above +x
d. 53° below -X
c.332.56 N, 3.5° below +x
d. 332.56 N, 2.6° below-x
Transcribed Image Text:For #1-4: Given : F₁= 200 N 30° above +x F₂= 200 N, 37° below +x 1. What are the components of F₁? a. x = 173.2 N, y = 100 N c. x = 17 N, y = 190 N b. x = 170 N, y = 90 N d. x = 1700 N, y = 1000 N 2. If the X component of F₂ is 159.7 N, what is its Y-component? a. -119 N b. 120.4 N d. 121.4 N c. -120.4 N 3. What is the magnitude and direction of the resultant force? a. 332.56 N 2.8° below +x b. 323.65 N 3.0° above +x 4. In what direction is F₂ heading? a. 37° below +x b. 35° below-x c. 36° above +x d. 53° below -X c.332.56 N, 3.5° below +x d. 332.56 N, 2.6° below-x
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