surface waves
The Earth travels along a path called the Ecliptic.
A person who travels outside the atmosphere of the earth is called an astronaut. They are trained space travelers who journey to space to conduct scientific research, explore new territories, or operate spacecraft.
The path that magma travels along is called a conduit. This conduit allows magma to move from its source deep within the Earth to the surface where it can erupt as volcanic material.
It depends on your frame of reference. The earth travels around the sun. The sun travels around the centre of the Milky Way Galaxy and takes the earth along with it. So the earth travels at the combined speed of those two motions. But then, the Milky Way Galaxy rotates around the centre of our local cluster and takes the Sun and the earth along with it. So the earth travels at the combined speed of those three motions Our local galactic cluster is not static, so ... And so on. Where do you stop and say this is the fixed point of reference against which I will measure the speed of the earth?
the sun travels along the ecliptic
z-axis
surface waves
It depends on your frame of reference. The earth travels around the sun, the sun travels around the centre of the Milky Way Galaxy, taking the earth and the rest of the Solar System with it. The Milky Way travels around the centre of the local cluster taking the sun and the Solar System along with it. And so on. So what do you measure motion relative to?
It travels by conduction.
The linea alba is the aponeurosis that travels along the ventral abdominal midline.
it travels along the sheet becaues of the wave of energy
A surface wave, such as Love waves or Rayleigh waves, is a type of seismic wave that travels only along Earth's surface. These waves move in a horizontal, rolling motion, causing both side-to-side and up-and-down vibrations. They are responsible for the most destructive shaking during an earthquake.