CaitlinAnn7837 CaitlinAnn7837

24-08-2022
Physics

Answered

The types of energy in a wave come from the of the wave (potential) and the of the water particles in their orbits (kinetic).

Answer :

Other Questions

Compare two sound waves, a and b. the frequency of wave a is one third that of wave b. how does the period of wave a compare with the period of wave b?

A wave has a period 2.00 s, an amplitude 20.0 cm, and a wavelength 3.00 m. what is the speed of the wave?

A wave has an angular frequency of 127 rad/s and a wavelength of 2.62 m. calculate (a) the angular wave number and (b) the speed of the wave.

The term "Mechanical Energy" represents the sum of potential and kinetic energy. An object has a mechanical energy of 3200 J and a potential energy of 1260 J. W

The value of the elctric field for a certain type of elctromagnetic wave is 570 what is the value of the magnetic field for that wave?

The amplitude of the electric field component of an electromagnetic wave is doubled. What is the corresponding change in the intensity of the wave?

If both the electric and magnetic fields of an electromagnetic wave double in magnitude, how does the intensity of the wave change? the intensity

it takes 0,5 s to complete the pattern from A to H and the wavelength is 20cm. What is the period of the wave?