That would be a lunar eclipse.
P waves, or primary waves, are compressional seismic waves that can travel through both solid and liquid. As they move from the solid mantle into the liquid outer core, their speed decreases, causing them to bend due to the change in density and elasticity of the materials they encounter. This bending results in a "shadow zone" where no P waves are detected, typically located between about 104° and 140° from the earthquake's epicenter, indicating the presence of the liquid outer core. The shadow zone provides critical evidence for understanding the Earth's internal structure.
When the P wave bends while traveling through the Earth's core, it changes speed and direction due to the difference in density between the outer and inner core. This bending causes a shadow zone on the opposite side of the Earth from the seismic source, where P waves are significantly weakened or not detected due to refraction and reflection within the core.
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Solar - moons shadow falls on earth.Lunar - earths shadow falls on moon.
you see a eclipse
That would be a lunar eclipse.
An eclipse
The moon darkens because it passes through Earths shadow.
P waves, or primary waves, are compressional seismic waves that can travel through both solid and liquid. As they move from the solid mantle into the liquid outer core, their speed decreases, causing them to bend due to the change in density and elasticity of the materials they encounter. This bending results in a "shadow zone" where no P waves are detected, typically located between about 104° and 140° from the earthquake's epicenter, indicating the presence of the liquid outer core. The shadow zone provides critical evidence for understanding the Earth's internal structure.
A lunar eclipse occurs when the full moon passes through the Earth's shadow.
More specifically, a total lunar eclipse occurs when the moon passes through the umbra, the darker part of the shadow.
P waves travel through the Earth's core faster than S waves, causing them to slow down and bend as they pass through the outer core. This bending results in P waves creating a shadow zone on the opposite side of the Earth from the seismic event, where they are not detected by seismometers for a certain distance.
definitley the earths
When the P wave bends while traveling through the Earth's core, it changes speed and direction due to the difference in density between the outer and inner core. This bending causes a shadow zone on the opposite side of the Earth from the seismic source, where P waves are significantly weakened or not detected due to refraction and reflection within the core.
A lunar eclipse.
a lunar eclipse