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Find the Period P and Amplitude a and Graph at Least

Question 28

Multiple Choice

Find the period P and amplitude A and graph at least two periods of the equation. $y = 3 \sin \frac { 1 } { 3 } x$

A) P = 1080°, A = 3 $Find the period P and amplitude A and graph at least two periods of the equation. y = 3 \sin \frac { 1 } { 3 } x A) P = 1080°, A = 3 B) P = 1080°, A = 3 C) P = 120°, A = 0.33 D) P = 1080°, A = 3 E) P = 120°, A = 0.33$
B) P = 1080°, A = 3 $Find the period P and amplitude A and graph at least two periods of the equation. y = 3 \sin \frac { 1 } { 3 } x A) P = 1080°, A = 3 B) P = 1080°, A = 3 C) P = 120°, A = 0.33 D) P = 1080°, A = 3 E) P = 120°, A = 0.33$
C) P = 120°, A = 0.33 $Find the period P and amplitude A and graph at least two periods of the equation. y = 3 \sin \frac { 1 } { 3 } x A) P = 1080°, A = 3 B) P = 1080°, A = 3 C) P = 120°, A = 0.33 D) P = 1080°, A = 3 E) P = 120°, A = 0.33$
D) P = 1080°, A = 3 $Find the period P and amplitude A and graph at least two periods of the equation. y = 3 \sin \frac { 1 } { 3 } x A) P = 1080°, A = 3 B) P = 1080°, A = 3 C) P = 120°, A = 0.33 D) P = 1080°, A = 3 E) P = 120°, A = 0.33$
E) P = 120°, A = 0.33 $Find the period P and amplitude A and graph at least two periods of the equation. y = 3 \sin \frac { 1 } { 3 } x A) P = 1080°, A = 3 B) P = 1080°, A = 3 C) P = 120°, A = 0.33 D) P = 1080°, A = 3 E) P = 120°, A = 0.33$

Find the Period P and Amplitude a and Graph at Least

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