When the P wave strikes the inner core it bends and goes in a different direction.
Waves that are on the surface, or outer core are called surface waves. They are the most powerful waves as they travel in an up and down motion. P waves are the weakest type of wave, and people cant feel them. P waves move in a back and fourth motion. S waves are stronger than P waves but not as strong as surface waves. S waves move in a side to side motion
When the P wave hits the core it bends and goes in a different direction.
P waves stop and s waves slow down
s waves
The Core - At a depth of 2900 Km P-wave velocities suddenly decrease and S-wave velocities go to zero. This is the top of the outer core. At a depth of about 4800 km the sudden increase in P-wave velocities indicate a solid inner core.
Seismic wave detection from the boundary between the inner and outer core indicated that the inner core may be solid. Studies of the Earth's magnetic field also indicates properties of the inner core that help form the magnetosphere which protects the planet from solar radiation. There is also evidence provided by the study of the composition of meteorites which were derived from planetary collisions. Much is still unknown, of course.
When scientists give an answer to a problem, they will test it as many ways as they can and never claim true knowledge, only the fact that a better theory is currently unavailable, this is the basis of the scientific method. About the Earth's inner core- the main way that they have to think about the inner core is by seismic waves. When an earthquake happens in one part of the world, its massive jolt sends a shock wave around the globe. This shock wave has to travel through different materials as it passes. By gauging the speed of the waves and other analyses, they can have a good guess as to what is down there based on the properties of known materials. This is not always foolproof though, as as recently as a couple of months ago, a group of researches found a new property of liquid iron under intense pressure (super-solidified liquid iron) that they didn't know about, something about its magnetic properties. The reason that it is solid is due to the sheer pressure the iron will be under. Gravity is pulling the entire Earth into its centre. That is an incredible amount of weight, and then the rotation which causes massive friction creates a massive amount of heat- ergo solid liquid iron.
s-wave
When the P wave strikes the inner core it bends and goes in a different direction.
When the P wave strikes the inner core it bends and goes in a different direction.
Yes the refraction path of the p-wave tells us that the earths inner core is solid.
s waves
S waves cannot pass through the outer core. P waves can pass through both outer and inner core.
The Core - At a depth of 2900 Km P-wave velocities suddenly decrease and S-wave velocities go to zero. This is the top of the outer core. At a depth of about 4800 km the sudden increase in P-wave velocities indicate a solid inner core.
Seismic wave detection from the boundary between the inner and outer core indicated that the inner core may be solid. Studies of the Earth's magnetic field also indicates properties of the inner core that help form the magnetosphere which protects the planet from solar radiation. There is also evidence provided by the study of the composition of meteorites which were derived from planetary collisions. Much is still unknown, of course.
because they have something that go into outerspace and it tells them at info
S waves can not travel through liquids, the outer core is a liquid, so the S waves can not travel through the outer core. You can also determine that since the outer core is all around the inner core, that the S waves can no travel through the inner core as well.
The earthquake body wave which can penetrate the Earth's core is the P-wave.
The bad and unfair living conditions caused the wave hill cattle station strike.
A tsunami is not a storm. It is a wave created by an earthquake or landslide. A tsunami can strike during any kind of weather.