The magnitude of $\overrightarrow { \mathrm { A } }$ is 5.5 m, and this vector lies in the second quadrant and makes an angle of 34 ° with the +y-axis. The components of $\overrightarrow { \mathrm { A } }$ are closest to:
A) $A _ { x }$ = -3.1 m, $A _ { y }$ = 4.6 m.
B) $A _ { x }$ = 3.1 m, $A _ { y }$ = -4.6 m.
C) $A _ { x }$ = 4.6 m, $A _ { y }$ = -3.1 m.
D) $A _ { x }$ = -4.6 m, $A _ { y }$ = 3.1 m.
E) $A _ { x }$ = -4.6 m, $A _ { y }$ = -3.1 m.

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The Answer of The magnitude of $\overrightarrow { \mathrm { A } }$ is 5.5 m, and this vector lies in the second quadrant and makes an angle of 34 ° with the +y-axis. The components of $\overrightarrow { \mathrm { A } }$ are closest to:
A) $A _ { x }$ = -3.1 m, $A _ { y }$ = 4.6 m.
B) $A _ { x }$ = 3.1 m, $A _ { y }$ = -4.6 m.
C) $A _ { x }$ = 4.6 m, $A _ { y }$ = -3.1 m.
D) $A _ { x }$ = -4.6 m, $A _ { y }$ = 3.1 m.
E) $A _ { x }$ = -4.6 m, $A _ { y }$ = -3.1 m.

The Magnitude Of A→\overrightarrow { \mathrm { A } }A Is 55 M, and This Vector Lies in the Second Quadrant

The Magnitude Of $\overrightarrow { \mathrm { A } }$ Is 55 M, and This Vector Lies in the Second Quadrant