bbbearc2014
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The wavelength and energy of a wave are inversely proportional. Based on this, which wave listed would have the LOWEST energy.
A) wave with wavelength of 600 m
B) wave with wavelength of 600 cm
C) wave with wavelength of 600 mm
D) wave with wavelength of 600 km

Respuesta :

Answer:

D) wave with wavelength of 600 km

Explanation:

If the wavelength and energy of a wave are inversely proportional, then a high wavelength corresponds to a low energy, and low wavelength corresponds to a high energy. So, the lowest energy correspond the highest wavelength. From the options that is option D. Remember that 600 km > 600 m > 600 cm > 600 mm

mickymike92

Based on the inverse relationship between wavelength and energy of a wave, a wave with wavelength of 600 km will have the lowest energy.

What is wavelength of a wave?

The wavelength of a wave is the distance between successive crests or trough in the wave.

The wavelength of a wave is measured in meters.

The wavelength and energy of a wave is inversely proportional.

Therefore, the larger the wavelength the smaller the energy.

Based on this relationship, a wave with wavelength of 600 km will have the lowest energy.

Learn more about wavelength at: https://brainly.com/question/10728818

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