Thin
The crust of the Earth varies from 5-70 km thick which when compared to the total radius of the Earth (6,360 km) is very small, accounting for between 0.07 and 1.1% of Earth's total radius. To put that into context, if the Earth was the size of a football (soccer ball), the oceanic crust would be the same thickness as one human hair (70 micrometres).
Due to the mass or size of Pluto compared to Earth, about 2/3 the size of our moon, the gravitational pull of Pluto is greatly weaker than Earth's.
3rd
As new oceanic crust is being made in one area older crust is being subducted, (pushed or pulled down), in another area, so Earth stays about the same size.
Venus is almost the same size as Earth, with a diameter that is only about 5% smaller. However, Venus has a slightly smaller mass and volume compared to Earth.
Thin
I think the answer is thin; the crust is between 3 and 30 miles thick; less than 1% of the diameter of the Earth.
Thin
That's called the crust. The size of the crust compared to the size of the Earth's mantle can be compared to the size of the radius of an apple as the mantle and the apple's skin as the thickness of the crust. the crust is broken up into several plates that float and move around on the mantle's molten surface.
The crust of the Earth varies from 5-70 km thick which when compared to the total radius of the Earth (6,360 km) is very small, accounting for between 0.07 and 1.1% of Earth's total radius. To put that into context, if the Earth was the size of a football (soccer ball), the oceanic crust would be the same thickness as one human hair (70 micrometres).
it's smaller than the Earth, about the size of Mars
pretty close to the same
An atom is the size of an orange compared to the Earth.
Because by actual measurement, the "crust" of the earth, in relation to the size of the earth, is just about as thick as the skin of the apple in relation to the rest of the apple.
Due to the mass or size of Pluto compared to Earth, about 2/3 the size of our moon, the gravitational pull of Pluto is greatly weaker than Earth's.
3rd
The answer is subduction. In locations around the world, ocean crust subducts, or slides under, other pieces of Earth's crust. Deep below the Earth's surface, subduction causes partial melting of both the ocean crust and mantle as they slide past one another.