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1-1 Two Vectors, and , Are Added Together to to Form

Question 12

Multiple Choice

1-1
Two vectors, 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. and 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. , are added together to form the vector 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. = 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. + 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. .
The relationship between the magnitudes of these vectors is given by:
Cx = 0
Cy = A sin 60° + B sin 30°
Ax and Ay point in the positive x and y directions, respectively.
-Which one of the following statements best describes the orientation of vectors 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. and 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. ?


A) 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. and 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. point in opposite directions.
B) 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. points 60° above the positive x axis while 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. points 30° above the negative x axis.
C) 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. points 60° above the negative x axis while 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. points 30° above the positive x axis.
D) 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. points 60° below the positive x axis while 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. points 30° above the positive y axis.
E) 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. points 60° below the positive x axis while 1-1 Two vectors, and , are added together to form the vector = + . The relationship between the magnitudes of these vectors is given by: C<sub>x </sub> = 0 C<sub>y </sub> = A sin 60° + B sin 30° A<sub>x</sub> and A<sub>y</sub> point in the positive x and y directions, respectively. -Which one of the following statements best describes the orientation of vectors and ? A) and point in opposite directions. B) points 60° above the positive x axis while points 30° above the negative x axis. C) points 60° above the negative x axis while points 30° above the positive x axis. D) points 60° below the positive x axis while points 30° above the positive y axis. E) points 60° below the positive x axis while points 30° below the positive y axis. points 30° below the positive y axis.

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