Answer :
Final answer:
The time it takes for a transverse wave with a frequency of 125 Hz and speed of 300.00 m/s to travel 3000 meters is 10 seconds, which is not one of the provided options.
Explanation:
To calculate how long it will take for a transverse wave to travel a certain distance, we need to know the wave's speed. The wave's speed (v) can be determined by multiplying its frequency (f) by its wavelength (λ). However, the given information does not provide the wavelength directly, but rather gives the frequency (125 Hz) and the speed (300.00 m/s) of a wave. We can use this information to calculate the time it takes to travel a distance of 3000 meters.
The wave's speed is given by the formula:
v = f × λ
Since the speed (v) is 300.00 m/s and the frequency (f) is 125 Hz, we can calculate the time (t) it takes to travel 3000 m using the formula:
t = distance/speed
t = 3000 m / 300.00 m/s = 10 seconds
None of the provided answer options are correct, as the time it takes for the wave to travel 3000 m is 10 seconds.
