Two identical sinusoidal waves, both traveling in the same direction, are described by wave functions: yı(x, t) = Asin(x

[answerhappygod]

Two Identical Sinusoidal Waves Both Traveling In The Same Direction Are Described By Wave Functions Yi X T Asin X 1 (64.2 KiB) Viewed 10 times

Two identical sinusoidal waves, both traveling in the same direction, are described by wave functions: yı(x, t) = Asin(x + 3t) and yz(x, t) = Asin(x + 3t + p). They interfere to produce a resultant wave described by: y. (X.1)=0.06 sin(x+31+"), where x is in meters and in seconds. Question 1: The direction of propagation of the resultant wave is: A. Along + x B. Along - C. not applicable since the resultant wave is standing. A B с Option O O Question2: The phase difference p between the two interfering waves is: A. 4 = rad B.4 = rad C.Q = rad D. Q = n rad A B с D Option O Question3: The amplitude A of each of the two interfering waves is: A. A = 0.03m B. A = 0.062 m C. A = 0.0372 m D. A = 0.06 m A B C D Option O O O