Two waves are represented by the equations y₁ = a sin (?t + kx + 0.57) m

Two waves are represented by the equations y₁ = a sin (?t + kx + 0.57) m and y₂ = a cos (?t + kx) m, where x is in meter and t in sec. The phase difference between them is

Options

(a) 1.0 radian
(b) 1.25 radian
(c) 1.57 radian
(d) 0.57 radian

Correct Answer:

1.0 radian

Explanation:

Here, y₁ = a sin (?t + kx + 0.57 )
and y₂ = a cos (?t + kx )
= a sin [π/2 + (?t – kx)
Phase difference, ∆? = ?¬ツツ – ?¬ツチ
= π/2 – 0.57 = 3.14 / 2 – 0.57 = 1.57 – 0.57
1 radian

admin:

Related Questions

  1. In R-L-C series circuit, the potential differences across each element is 20 V.
  2. If the distance between the plates of two capacitor is increased then capacitance
  3. A 5 watt source emits monochromatic light of wavelength 5000Å. When placed
  4. Radioactivity of a sample at T₁ time is R₁ and at time T₂ is R₂. If half-life
  5. The drift velocity of free electrons in a conductor is v, when a current