1. Inner Core - A mass of iron with a temperature of about 7000 degrees F. Although such temperatures would normally melt iron, immense pressure on it keeps it in a solid form. The inner core is approximately 1,500 miles in diameter.
2. Outer Core - A mass of molten iron about 1,425 miles deep that surrounds the solid inner core. Electrical currents generated from this area produce the earth's magnetic field.
The earth's outer core is 2,300 kilometers thick.
the inner core is the 6th layer of the earth and the outer core is the 5th layer of the earth and OC is 3150km-6370km thick and the IC is 6370km thick
1200 km thick
the inner core is the 6th layer of the earth and the outer core is the 5th layer of the earth and OC is 3150km-6370km thick and the IC is 6370km thick
the inner core is the 6th layer of the earth and the outer core is the 5th layer of the earth and OC is 3150km-6370km thick and the IC is 6370km thick
mantle is the thick layer before you reach the core of the earth
The Earth's outer core is thicker than the mantle. The outer core is about 2,260 kilometers thick, while the mantle is approximately 2,900 kilometers thick.
the outer core is 2300 km thick the inner core on the other hand is 1200 km thick.
The Earth's core is about 1200km thick. it is mostly iron, and is solid due to extreme pressure. The temperature can be up to 7000 degrees.
The core of the earth is surrounded by the mantle.The earth's core is called the inner core. Just outside that is the outer core, and it is liquid. Outside the liquid outer core is the mantle.
The four layers of the Earth are the crust, mantle, outer core, and inner core. The crust is the thinnest layer, ranging from about 5-70 km thick, while the mantle is about 2,900 km thick. The outer core is approximately 2,200 km thick, and the inner core is roughly 1,200 km thick.
The inner core of the Earth is not thick, rather it has a radius of about 1,220 kilometers. It appears thick due to its relatively large size compared to the Earth's overall radius. The inner core is believed to be composed mostly of solid iron and nickel, and its motion and heat contribute to Earth's magnetic field.