NONE ! All Energy is Particles.EinsteinGravitydotcom
The P wave (primary wave).
When waves act together, you talk about "interference".When they reinforce each other, it is "constructive interference".When they cancel each other, it is "destructive interference".
Sound waves act on the eardrum, which drives a set of three tiny bones, of which the stirrup acts upon the Oval Window of the Cochlea, thus inducing pressure waves in the fluid of that organ. These waves move the signal hairs and thus their nerves which communicate with the brain.
most kinds of waves need something to travel through. Water waves, for example, travel along the surface of the water. A wave can even travel along a rope. Gases (such as air), liquids (such as water), and solids (such as rope) , all act as mediums. Waves that require a medium through which travel are called mechanical waves.Some waves do not require a medium to travel through. Light can travel and carry energy through empty space. Waves that can travel without a medium are called electromagnetic waves. :)
spherical waves at far distance act like plane wave
electrons go fast too
NONE ! All Energy is Particles.EinsteinGravitydotcom
not normally connected with waves. A sudden tip or roll to one side is a suggestion, although is more applies to a ship or a staggering person. It is an act of swaying abruptly, perhaps waves do that.
Chaka Khan and Katrina and the Waves.
The P wave (primary wave).
When waves act together, you talk about "interference".When they reinforce each other, it is "constructive interference".When they cancel each other, it is "destructive interference".
Sound waves act on the eardrum, which drives a set of three tiny bones, of which the stirrup acts upon the Oval Window of the Cochlea, thus inducing pressure waves in the fluid of that organ. These waves move the signal hairs and thus their nerves which communicate with the brain.
Storms, Waves, Ice, Fog. Tide. Jones Act. Coast Guard. pirates
They are constantly moving and act more like the ocean.
That means that light exhibits some of the phenomena that are typical for waves, such as diffraction and interference.
In some ways light act like waves, in others like particles.