The equation of motion of the wave shown in Figure 13-6 is

A) y = 1.0 cos (2 $\pi$t).
B) y = 1.0 sin ( $\pi$t).
C) y = 0.5 cos (40t).
D) y = 0.5 cos ( $\pi$t).
E) y = 0.5 sin (40t).

Question

The equation of motion of the wave shown in Figure 13-6 is
 
A) y = 1.0 cos (2 $\pi$t). 
B) y = 1.0 sin ( $\pi$t). 
C) y = 0.5 cos (40t). 
D) y = 0.5 cos ( $\pi$t). 
E) y = 0.5 sin (40t).

Quizplus · Accepted Answer

The Answer of The equation of motion of the wave shown in Figure 13-6 is
 
A) y = 1.0 cos (2 $\pi$t). 
B) y = 1.0 sin ( $\pi$t). 
C) y = 0.5 cos (40t). 
D) y = 0.5 cos ( $\pi$t). 
E) y = 0.5 sin (40t).

The Equation of Motion of the Wave Shown in Figure π\piπ

The Equation of Motion of the Wave Shown in Figure $\pi$