A wave of frequency 500 hz travels between x and y and travel a distance of 600m in 2 sec between x and y how many wavelenght of distance xy
Answers
Answered by
75
Hey dear,
◆ Answer -
Distance(xy) = 1000 wavelengths
◆ Explaination-
# Given-
f = 500 Hz
s = 600 m
t = 2 s
# Solution-
Velocity of the wave is given by -
v = s / t
v = 600 / 2
v = 300 m/s
Wavelength of the wave is calculated by -
λ = v / f
λ = 300 / 500
λ = 0.6 m
No of wavelengths travelled -
N = s / λ
N = 600 / 0.6
N = 1000
Distance xy is equivalent to 1000 wavelengths.
Hope this helps...
◆ Answer -
Distance(xy) = 1000 wavelengths
◆ Explaination-
# Given-
f = 500 Hz
s = 600 m
t = 2 s
# Solution-
Velocity of the wave is given by -
v = s / t
v = 600 / 2
v = 300 m/s
Wavelength of the wave is calculated by -
λ = v / f
λ = 300 / 500
λ = 0.6 m
No of wavelengths travelled -
N = s / λ
N = 600 / 0.6
N = 1000
Distance xy is equivalent to 1000 wavelengths.
Hope this helps...
Answered by
14
1000
Explanation:
Since frequency is 500Hz therefore 500 wavelengths are travelled in 1second and therefore in 2 second 500×2 =1000.
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