There are two waves having wavelength 100 cm and 101 cm and same velocity 303 m s^(-1). The beat frequency is

Question

MARKS Content Team · Accepted Answer

Correct answer: (C) 3 Hz. If f_1 and f_2 are the frequencies (f_1>f_2) of the two waves, then the beat frequency f_b=f_1-f_2 Frequency of 1^st wave, f_1=V_1/(λ_1)=303/100×10^2=3.03×10^2 Hz For 2^nd wave, f_2=V_1/(λ_2)=303/101×10^2=3×10^2 Hz So, beat frequency =f_1-f_2 =3.03×10^2-3×10^2=.03×10^2=3 Hz

There are two waves having wavelength $100 cm$ and $101 cm$ and same velocity $303 {m s}^{- 1} .$ The beat frequency is

Solution

More Waves and Sound Questions

There are two waves having wavelength 100 cm and 101 cm and same velocity 303 m s-1. The beat frequency is

Solution

More Waves and Sound Questions

There are two waves having wavelength $100 cm$ and $101 cm$ and same velocity $303 {m s}^{- 1} .$ The beat frequency is