What is the wavelength of a wave whose speed and period are 72.0 m/s and 5.00 s , respectively ?
2 answers:
Answer:
<h2>(b)wavelength,.(c)period and.(d)speed of the wave.....(d)(wave speed)=frequence.</h2>
Explanation:
<h2>sana maka help po yan pa brainless po kung tama</h2><h2>thanks</h2>
Answer:
The distance between the two successive crests of the wave is 360m
Explanation:
Wavelength is defined as the property of wave in which the distance between identical points between two successive waves are calculated
Wavelength is referred to as the <em>distance between two successive crests or troughs</em>
<em>Given that:</em>
speed = 72.0 m/s
time = 5 seconds
Using the formula
C = fλ
Where C = speed, f = freequency and λ = wavelength
F = 1 / time
F = 1/5
F = 0.2Hz
From the fomula C = fλ
make λ the subject of the formula
λ = C / f
λ = 72/0.2
<em>λ = 360m</em>
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