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The magnitude of a unit vector is one.

A) True
B) False

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Three vectors have equal magnitudes and make 120° with each other. We can say that


A) the magnitude of the resultant is one-third the magnitude of the component vectors.
B) the magnitude of the resultant is three times the magnitude of the component vectors.
C) the magnitude of the resultant is more than three times the magnitude of each component vector.
D) the resultant is zero.
E) the magnitude of the resultant is equal to the magnitude of the component vectors.

F) A) and D)
G) A) and C)

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A vector with zero magnitude can have one or more components that are nonzero.

A) True
B) False

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What is the angle between the vectors What is the angle between the vectors and - when these vectors are drawn from a common origin? A) 90° B) 0° C) 360° D) 180° E) 270° and - What is the angle between the vectors and - when these vectors are drawn from a common origin? A) 90° B) 0° C) 360° D) 180° E) 270° when these vectors are drawn from a common origin?


A) 90°
B) 0°
C) 360°
D) 180°
E) 270°

F) B) and D)
G) A) and B)

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A student adds two displacement vectors that have the magnitudes of 12.0 m and 5.0 m. What is the range of possible answers for the magnitude of the resultant vector?

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between 7....

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FIGURE 3-4 FIGURE 3-4 -Refer to Figure 3-4 The magnitudes of the forces as shown in the figure are: F<sub>1</sub> = 80.0 N, F<sub>2</sub> = 60.0 N, and F<sub>3</sub> = 40.0 N. The resultant force acting on the particle O is given by A) 180 N at an angle 60.0° with respect to +x-axis. B) 60.0 N at an angle 90.0° with respect to +x-axis. C) 20.0 N at an angle 34.3° with respect to +x-axis. D) 35.5 N at an angle 34.3° with respect to +x-axis. E) 40.0 N at an angle 60.0° with respect to +x-axis. -Refer to Figure 3-4 The magnitudes of the forces as shown in the figure are: F1 = 80.0 N, F2 = 60.0 N, and F3 = 40.0 N. The resultant force acting on the particle O is given by


A) 180 N at an angle 60.0° with respect to +x-axis.
B) 60.0 N at an angle 90.0° with respect to +x-axis.
C) 20.0 N at an angle 34.3° with respect to +x-axis.
D) 35.5 N at an angle 34.3° with respect to +x-axis.
E) 40.0 N at an angle 60.0° with respect to +x-axis.

F) All of the above
G) A) and E)

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Vector Vector = 6.0 m and points 30° north of east. Vector = 4.0 m and points 30° south of west. The resultant vector + is given by A) 2.0 m at an angle 30° north of east. B) 2.0 m at an angle 60° north of east. C) 10.0 m at an angle 60° east of north. D) 10.0 m at an angle 30° north of east. E) 10.0 m at an angle 60° north of east. = 6.0 m and points 30° north of east. Vector Vector = 6.0 m and points 30° north of east. Vector = 4.0 m and points 30° south of west. The resultant vector + is given by A) 2.0 m at an angle 30° north of east. B) 2.0 m at an angle 60° north of east. C) 10.0 m at an angle 60° east of north. D) 10.0 m at an angle 30° north of east. E) 10.0 m at an angle 60° north of east. = 4.0 m and points 30° south of west. The resultant vector Vector = 6.0 m and points 30° north of east. Vector = 4.0 m and points 30° south of west. The resultant vector + is given by A) 2.0 m at an angle 30° north of east. B) 2.0 m at an angle 60° north of east. C) 10.0 m at an angle 60° east of north. D) 10.0 m at an angle 30° north of east. E) 10.0 m at an angle 60° north of east. + Vector = 6.0 m and points 30° north of east. Vector = 4.0 m and points 30° south of west. The resultant vector + is given by A) 2.0 m at an angle 30° north of east. B) 2.0 m at an angle 60° north of east. C) 10.0 m at an angle 60° east of north. D) 10.0 m at an angle 30° north of east. E) 10.0 m at an angle 60° north of east. is given by


A) 2.0 m at an angle 30° north of east.
B) 2.0 m at an angle 60° north of east.
C) 10.0 m at an angle 60° east of north.
D) 10.0 m at an angle 30° north of east.
E) 10.0 m at an angle 60° north of east.

F) C) and E)
G) A) and B)

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A plane is headed eastward at a speed of 156 m/s. A 20.0 m/s wind is blowing southward at the same time as the plane is flying. The velocity of the plane relative to the ground is


A) 157 m/s at an angle 7.31° south of east.
B) 157 m/s at an angle 7.31° east of south.
C) 155 m/s at an angle 7.36° south of east.
D) 155 m/s at an angle 7.36° east of south.
E) 157 m/s at an angle 7.36° south of east.

F) A) and B)
G) C) and E)

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Two vectors Two vectors and are added together giving vector . The magnitude of C is such that C = . If the magnitudes of both vectors and are doubled, the magnitude of vector will A) increase by a factor of 8. B) increase by a factor of 4. C) increase by a factor of 2. D) increase by a factor of . E) not change. and Two vectors and are added together giving vector . The magnitude of C is such that C = . If the magnitudes of both vectors and are doubled, the magnitude of vector will A) increase by a factor of 8. B) increase by a factor of 4. C) increase by a factor of 2. D) increase by a factor of . E) not change. are added together giving vector Two vectors and are added together giving vector . The magnitude of C is such that C = . If the magnitudes of both vectors and are doubled, the magnitude of vector will A) increase by a factor of 8. B) increase by a factor of 4. C) increase by a factor of 2. D) increase by a factor of . E) not change. . The magnitude of C is such that C = Two vectors and are added together giving vector . The magnitude of C is such that C = . If the magnitudes of both vectors and are doubled, the magnitude of vector will A) increase by a factor of 8. B) increase by a factor of 4. C) increase by a factor of 2. D) increase by a factor of . E) not change. . If the magnitudes of both vectors Two vectors and are added together giving vector . The magnitude of C is such that C = . If the magnitudes of both vectors and are doubled, the magnitude of vector will A) increase by a factor of 8. B) increase by a factor of 4. C) increase by a factor of 2. D) increase by a factor of . E) not change. and Two vectors and are added together giving vector . The magnitude of C is such that C = . If the magnitudes of both vectors and are doubled, the magnitude of vector will A) increase by a factor of 8. B) increase by a factor of 4. C) increase by a factor of 2. D) increase by a factor of . E) not change. are doubled, the magnitude of vector Two vectors and are added together giving vector . The magnitude of C is such that C = . If the magnitudes of both vectors and are doubled, the magnitude of vector will A) increase by a factor of 8. B) increase by a factor of 4. C) increase by a factor of 2. D) increase by a factor of . E) not change. will


A) increase by a factor of 8.
B) increase by a factor of 4.
C) increase by a factor of 2.
D) increase by a factor of Two vectors and are added together giving vector . The magnitude of C is such that C = . If the magnitudes of both vectors and are doubled, the magnitude of vector will A) increase by a factor of 8. B) increase by a factor of 4. C) increase by a factor of 2. D) increase by a factor of . E) not change. .
E) not change.

F) B) and E)
G) C) and E)

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Which of the following statements is a true statement?


A) A vector can have positive or negative magnitudes.
B) A vector's magnitude cannot be more than the magnitude of one of its components.
C) A vector's magnitude cannot be less than the sum of the magnitude of its components.
D) If the x-component of a vector is smaller than its y-component then that vector is in the opposite direction to its y-component.
E) The magnitude of a vector cannot be zero unless all of its components are zero.

F) B) and E)
G) A) and C)

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The components of vectors The components of vectors and are as follows: (1, -1) and (2, 4) . The components of the resultant vector - are given by A) (-1, -5) . B) (3, 3) . C) (1, -5) . D) (0, 4) . E) (-1,3) and The components of vectors and are as follows: (1, -1) and (2, 4) . The components of the resultant vector - are given by A) (-1, -5) . B) (3, 3) . C) (1, -5) . D) (0, 4) . E) (-1,3) are as follows: The components of vectors and are as follows: (1, -1) and (2, 4) . The components of the resultant vector - are given by A) (-1, -5) . B) (3, 3) . C) (1, -5) . D) (0, 4) . E) (-1,3) (1, -1) and The components of vectors and are as follows: (1, -1) and (2, 4) . The components of the resultant vector - are given by A) (-1, -5) . B) (3, 3) . C) (1, -5) . D) (0, 4) . E) (-1,3) (2, 4) . The components of the resultant vector The components of vectors and are as follows: (1, -1) and (2, 4) . The components of the resultant vector - are given by A) (-1, -5) . B) (3, 3) . C) (1, -5) . D) (0, 4) . E) (-1,3) - The components of vectors and are as follows: (1, -1) and (2, 4) . The components of the resultant vector - are given by A) (-1, -5) . B) (3, 3) . C) (1, -5) . D) (0, 4) . E) (-1,3) are given by


A) (-1, -5) .
B) (3, 3) .
C) (1, -5) .
D) (0, 4) .
E) (-1,3)

F) C) and D)
G) A) and B)

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Which of the following is a scalar quantity?


A) velocity
B) acceleration
C) displacement
D) mass
E) force

F) C) and E)
G) A) and E)

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A vector is located in the x-y plane. The x- and y-components of this vector are 4.00 m and 3.00 m, respectively. Find the angle that this vector makes with the positive y-axis.


A) 53.1°
B) 36.9°
C) 126.9°
D) 22.4°
E) 48.6°

F) A) and D)
G) A) and E)

Correct Answer

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Vector Vector = 4.00 m points eastward and vector = 3.00 m points southward. The resultant vector + is given by A) 5.00 m at an angle 36.9° south of east. B) 5.00 m at an angle 53.1° south of east. C) 5.00 m at an angle 71.6° south of east. D) 5.00 m at an angle 18.4° south of east. E) 5.00 m at an angle 26.6° south of east. = 4.00 m points eastward and vector Vector = 4.00 m points eastward and vector = 3.00 m points southward. The resultant vector + is given by A) 5.00 m at an angle 36.9° south of east. B) 5.00 m at an angle 53.1° south of east. C) 5.00 m at an angle 71.6° south of east. D) 5.00 m at an angle 18.4° south of east. E) 5.00 m at an angle 26.6° south of east. = 3.00 m points southward. The resultant vector Vector = 4.00 m points eastward and vector = 3.00 m points southward. The resultant vector + is given by A) 5.00 m at an angle 36.9° south of east. B) 5.00 m at an angle 53.1° south of east. C) 5.00 m at an angle 71.6° south of east. D) 5.00 m at an angle 18.4° south of east. E) 5.00 m at an angle 26.6° south of east. + Vector = 4.00 m points eastward and vector = 3.00 m points southward. The resultant vector + is given by A) 5.00 m at an angle 36.9° south of east. B) 5.00 m at an angle 53.1° south of east. C) 5.00 m at an angle 71.6° south of east. D) 5.00 m at an angle 18.4° south of east. E) 5.00 m at an angle 26.6° south of east. is given by


A) 5.00 m at an angle 36.9° south of east.
B) 5.00 m at an angle 53.1° south of east.
C) 5.00 m at an angle 71.6° south of east.
D) 5.00 m at an angle 18.4° south of east.
E) 5.00 m at an angle 26.6° south of east.

F) B) and D)
G) A) and E)

Correct Answer

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Vector Vector = 8.0 m and points 30° north of east, Vector = 6.0 m and points 30° west of north, and vector = 5.0 m and points 30° west of south. The resultant vector + + is given by A) 2.7 m at an angle 74° north of east. B) 5.9 m at an angle 74° north of east. C) 4.8 m at an angle 74° east of north. D) 5.1 m at an angle 74° north of east. E) 2.1 m at an angle 66° east of north. = 8.0 m and points 30° north of east, Vector Vector = 8.0 m and points 30° north of east, Vector = 6.0 m and points 30° west of north, and vector = 5.0 m and points 30° west of south. The resultant vector + + is given by A) 2.7 m at an angle 74° north of east. B) 5.9 m at an angle 74° north of east. C) 4.8 m at an angle 74° east of north. D) 5.1 m at an angle 74° north of east. E) 2.1 m at an angle 66° east of north. = 6.0 m and points 30° west of north, and vector Vector = 8.0 m and points 30° north of east, Vector = 6.0 m and points 30° west of north, and vector = 5.0 m and points 30° west of south. The resultant vector + + is given by A) 2.7 m at an angle 74° north of east. B) 5.9 m at an angle 74° north of east. C) 4.8 m at an angle 74° east of north. D) 5.1 m at an angle 74° north of east. E) 2.1 m at an angle 66° east of north. = 5.0 m and points 30° west of south. The resultant vector Vector = 8.0 m and points 30° north of east, Vector = 6.0 m and points 30° west of north, and vector = 5.0 m and points 30° west of south. The resultant vector + + is given by A) 2.7 m at an angle 74° north of east. B) 5.9 m at an angle 74° north of east. C) 4.8 m at an angle 74° east of north. D) 5.1 m at an angle 74° north of east. E) 2.1 m at an angle 66° east of north. + Vector = 8.0 m and points 30° north of east, Vector = 6.0 m and points 30° west of north, and vector = 5.0 m and points 30° west of south. The resultant vector + + is given by A) 2.7 m at an angle 74° north of east. B) 5.9 m at an angle 74° north of east. C) 4.8 m at an angle 74° east of north. D) 5.1 m at an angle 74° north of east. E) 2.1 m at an angle 66° east of north. + Vector = 8.0 m and points 30° north of east, Vector = 6.0 m and points 30° west of north, and vector = 5.0 m and points 30° west of south. The resultant vector + + is given by A) 2.7 m at an angle 74° north of east. B) 5.9 m at an angle 74° north of east. C) 4.8 m at an angle 74° east of north. D) 5.1 m at an angle 74° north of east. E) 2.1 m at an angle 66° east of north. is given by


A) 2.7 m at an angle 74° north of east.
B) 5.9 m at an angle 74° north of east.
C) 4.8 m at an angle 74° east of north.
D) 5.1 m at an angle 74° north of east.
E) 2.1 m at an angle 66° east of north.

F) C) and D)
G) B) and C)

Correct Answer

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Vector Vector = 4.0 m points eastward and vector = 3.0 m points westward. The resultant vector + is given by A) 7.0 m east. B) 7.0 m west. C) 1.0 m east. D) 1.0 m west. E) 3.5 m west. = 4.0 m points eastward and vector Vector = 4.0 m points eastward and vector = 3.0 m points westward. The resultant vector + is given by A) 7.0 m east. B) 7.0 m west. C) 1.0 m east. D) 1.0 m west. E) 3.5 m west. = 3.0 m points westward. The resultant vector Vector = 4.0 m points eastward and vector = 3.0 m points westward. The resultant vector + is given by A) 7.0 m east. B) 7.0 m west. C) 1.0 m east. D) 1.0 m west. E) 3.5 m west. + Vector = 4.0 m points eastward and vector = 3.0 m points westward. The resultant vector + is given by A) 7.0 m east. B) 7.0 m west. C) 1.0 m east. D) 1.0 m west. E) 3.5 m west. is given by


A) 7.0 m east.
B) 7.0 m west.
C) 1.0 m east.
D) 1.0 m west.
E) 3.5 m west.

F) A) and D)
G) None of the above

Correct Answer

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Vector Vector = 8.0 m and points east, Vector = 6.0 m and points north, and vector = 5.0 m and points west. The resultant vector + + is given by A) 2.0 m at an angle 63° north of east. B) 2.0 m at an angle 63° east of north. C) 6.7 m at an angle 63° east of north. D) 6.7 m at an angle 63° north of east. E) 3.8 m at an angle 67° north of east = 8.0 m and points east, Vector Vector = 8.0 m and points east, Vector = 6.0 m and points north, and vector = 5.0 m and points west. The resultant vector + + is given by A) 2.0 m at an angle 63° north of east. B) 2.0 m at an angle 63° east of north. C) 6.7 m at an angle 63° east of north. D) 6.7 m at an angle 63° north of east. E) 3.8 m at an angle 67° north of east = 6.0 m and points north, and vector Vector = 8.0 m and points east, Vector = 6.0 m and points north, and vector = 5.0 m and points west. The resultant vector + + is given by A) 2.0 m at an angle 63° north of east. B) 2.0 m at an angle 63° east of north. C) 6.7 m at an angle 63° east of north. D) 6.7 m at an angle 63° north of east. E) 3.8 m at an angle 67° north of east = 5.0 m and points west. The resultant vector Vector = 8.0 m and points east, Vector = 6.0 m and points north, and vector = 5.0 m and points west. The resultant vector + + is given by A) 2.0 m at an angle 63° north of east. B) 2.0 m at an angle 63° east of north. C) 6.7 m at an angle 63° east of north. D) 6.7 m at an angle 63° north of east. E) 3.8 m at an angle 67° north of east + Vector = 8.0 m and points east, Vector = 6.0 m and points north, and vector = 5.0 m and points west. The resultant vector + + is given by A) 2.0 m at an angle 63° north of east. B) 2.0 m at an angle 63° east of north. C) 6.7 m at an angle 63° east of north. D) 6.7 m at an angle 63° north of east. E) 3.8 m at an angle 67° north of east + Vector = 8.0 m and points east, Vector = 6.0 m and points north, and vector = 5.0 m and points west. The resultant vector + + is given by A) 2.0 m at an angle 63° north of east. B) 2.0 m at an angle 63° east of north. C) 6.7 m at an angle 63° east of north. D) 6.7 m at an angle 63° north of east. E) 3.8 m at an angle 67° north of east is given by


A) 2.0 m at an angle 63° north of east.
B) 2.0 m at an angle 63° east of north.
C) 6.7 m at an angle 63° east of north.
D) 6.7 m at an angle 63° north of east.
E) 3.8 m at an angle 67° north of east

F) A) and B)
G) B) and C)

Correct Answer

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FIGURE 3-2 FIGURE 3-2 -Refer to Figure 3-2. Vector as expressed in terms of vectors and is given by A) + . B) - . C) . D) . E) None of the other choices is correct. -Refer to Figure 3-2. Vector FIGURE 3-2 -Refer to Figure 3-2. Vector as expressed in terms of vectors and is given by A) + . B) - . C) . D) . E) None of the other choices is correct. as expressed in terms of vectors FIGURE 3-2 -Refer to Figure 3-2. Vector as expressed in terms of vectors and is given by A) + . B) - . C) . D) . E) None of the other choices is correct. and FIGURE 3-2 -Refer to Figure 3-2. Vector as expressed in terms of vectors and is given by A) + . B) - . C) . D) . E) None of the other choices is correct. is given by


A) FIGURE 3-2 -Refer to Figure 3-2. Vector as expressed in terms of vectors and is given by A) + . B) - . C) . D) . E) None of the other choices is correct. + FIGURE 3-2 -Refer to Figure 3-2. Vector as expressed in terms of vectors and is given by A) + . B) - . C) . D) . E) None of the other choices is correct. .
B) FIGURE 3-2 -Refer to Figure 3-2. Vector as expressed in terms of vectors and is given by A) + . B) - . C) . D) . E) None of the other choices is correct. - FIGURE 3-2 -Refer to Figure 3-2. Vector as expressed in terms of vectors and is given by A) + . B) - . C) . D) . E) None of the other choices is correct. .
C) FIGURE 3-2 -Refer to Figure 3-2. Vector as expressed in terms of vectors and is given by A) + . B) - . C) . D) . E) None of the other choices is correct. .
D) FIGURE 3-2 -Refer to Figure 3-2. Vector as expressed in terms of vectors and is given by A) + . B) - . C) . D) . E) None of the other choices is correct. .
E) None of the other choices is correct.

F) None of the above
G) B) and E)

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Mass is a vector quantity.

A) True
B) False

Correct Answer

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Vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . has a magnitude of 16.0 m and is pointing eastward. Vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . also has a magnitude of 16.0 m and is pointing westward. Vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . is rotated clockwise by 110° and vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . is rotated counterclockwise by 110°. Which one of the following statements is correct?


A) The northward component of vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . is bigger than the northward component of vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . .
B) The southward component of vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . is bigger than the southward component of vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . .
C) The eastward component of vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . is bigger than the westward component of vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . .
D) The westward component of vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . is bigger than the eastward component of vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . .
E) The westward component of vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . is equal to the eastward component of vector Vector has a magnitude of 16.0 m and is pointing eastward. Vector also has a magnitude of 16.0 m and is pointing westward. Vector is rotated clockwise by 110° and vector is rotated counterclockwise by 110°. Which one of the following statements is correct? A) The northward component of vector is bigger than the northward component of vector . B) The southward component of vector is bigger than the southward component of vector . C) The eastward component of vector is bigger than the westward component of vector . D) The westward component of vector is bigger than the eastward component of vector . E) The westward component of vector is equal to the eastward component of vector . .

F) D) and E)
G) A) and C)

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