- Tardigrade
- Question
- Physics
- The equations of three waves are given by y1=A0 sin (k x-ω t), y2=3 √2 A0 sin (k x-ω t+φ) and y3=4 A0 cos (k x-ω t). Theses waves are in the same direction and are superimposed. The phase difference between the resultant-wave and the first wave is (π/4) and φ=(π/n) ≤ (π/2), then what is the value of n ?
Q. The equations of three waves are given by and . Theses waves are in the same direction and are superimposed. The phase difference between the resultant-wave and the first wave is and , then what is the value of ?
Answer: 12
Solution: