At the center of the inner core the pressure is roughly 3,600,000 atmospheres. According to Wikipedia.
The inner core
The immense pressure from the layers outside of the inner core.
Yes, although the inner core is hotter than the outer core, there is more pressure. This pressure is enough to keep the inner core solid.
It's because of the massive pressure in the inner core part.
The Earth's inner core is solid, primarily composed of iron and nickel. Despite the extreme temperatures, which exceed 5,000 degrees Celsius (9,000 degrees Fahrenheit), the immense pressure at the Earth's center (over 3 million times atmospheric pressure) keeps the inner core in a solid state. This pressure prevents the iron from melting, allowing it to remain solid despite the high temperatures.
The inner core has the most or highest amount of density (iron/nickel).
Yes, because it is in the center of the Earth.
The inner core is solid due to pressure. With less pressure on it, the outer core is liquid.
The inner core is solid because of the immense pressure from the layers above it that compresses the iron and nickel present at high temperatures. This pressure causes the inner core to solidify despite the high temperatures.
The inner core
the inner core is solid , the outer core has less pressure, so it is liquid
The immense pressure from the layers outside of the inner core.
NO
The outer core is liquid, the inner core is solid The outer core surrounds the inner core The outer core is iron-rich, the inner core is iron-rich and nickel-rich There is more pressure acting on the inner core The inner core is hotter
Yes, although the inner core is hotter than the outer core, there is more pressure. This pressure is enough to keep the inner core solid.
Solid due to the extremely high pressure caused by the overlying layers of liquid outer core and solid mantle. This pressure prevents the inner core from melting despite its high temperature.
It's because of the massive pressure in the inner core part.