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What type of earthquake wave travels in a push and pull movement?
The Primary or P-wave which is a type of compression or longitudinal wave travels with a push and pull movement.
What is a wave of energy that travels through earth away from an earthquake?
A seismic wave.
What are p and s waveswhich one moves faster and ehat types of material can each go through?
The p wave is a pressure wave after a earthquake and it travels the fastest. An s wave is a wave that moves side to side and is second fastest. Bouth types of waves can go though all material but at different speeds. The denser the material the faster is gose generally. The last wave type is a L wave and it is a rolling wave that is also the slowest wave.
What type of wave travels fastest?
Electromagnetic radiation travels at a speed that's not only faster than any other wave,but is also the "universal speed limit", faster than which nothing can move.
An earthquake P wave travels through what?
An earthquake P wave, or primary wave, travels through solids, liquids, and gases. It is the fastest type of seismic wave and causes particles in the material it passes through to move in the same direction as the wave, compressing and expanding the medium. This ability to travel through different states of matter distinguishes P waves from S waves, which can only move through solids.
What type of earthquake wave travels in a push and pull movement?
The Primary or P-wave which is a type of compression or longitudinal wave travels with a push and pull movement.
What is an example of at type of energy that travels as a longitudal wave?
Sound, some earthquake waves.
What type of seismic wave travels through earth?
The P-wave is a compression / longitudinal wave and so unlike the S-wave is able to travel through the liquid outer core.
What is a wave of energy that travels through earth away from an earthquake?
A seismic wave.
What type of seismic wave arrives after an earthquake?
A seismic wave travels through the Earth's layers, after a volcano, explosion, or earthquake. Transverse, compressional, longitude, and shear waves are all types of seismic waves after earthquakes.
What are p and s waveswhich one moves faster and ehat types of material can each go through?
The p wave is a pressure wave after a earthquake and it travels the fastest. An s wave is a wave that moves side to side and is second fastest. Bouth types of waves can go though all material but at different speeds. The denser the material the faster is gose generally. The last wave type is a L wave and it is a rolling wave that is also the slowest wave.
Seismic wave?
the energy released by an earthquake that travels in all direction from the focus
What is a type of wave that travels through earth's interior?
A seismic wave is a type of wave that travels through Earth's interior. These waves are generated by earthquakes or other disturbances and can be classified into two main types: body waves which travel through the Earth's interior and surface waves that travel along its surface.
What type of wave travels fastest?
Electromagnetic radiation travels at a speed that's not only faster than any other wave,but is also the "universal speed limit", faster than which nothing can move.
Which type of wave travels by pushing and pulling on matter it travels through?
That is a longitudinal wave.
What makes a seismic wave happen?
Seismic waves are generated when there is a sudden release of energy from within the Earth's crust, such as an earthquake or explosion. This energy travels through the Earth as waves, causing the ground to shake. The type of seismic wave produced depends on the type of energy release and the properties of the Earth's layers it travels through.
What is a wave of energy that travels through the earth away from an earthquake in all directions?
A seismic wave is a wave of energy that travels through the Earth's layers away from an earthquake in all directions. There are two main types of seismic waves: P-waves (primary waves) and S-waves (secondary waves), with P-waves being faster and able to travel through both solid and liquid layers of the Earth.
