Neap tides
None of those. It would take 118.55 Earths to stretch across Jupiter, assuming you're talking about the surface of the Earth stretching across the surface of Jupiter. Take the surface area of both planets and divide them. (Jupiter / Earth) 23.71 billion / 200 million = 118.55 If you meant how many Earths could fit inside Jupiter then the answer would be 1,321.3. Hopefully that helps.
Runoff is the water flowing downhill across the surface of the Earth.
a section of both continental and oceanic lithosphere
Coriolis effect
Jupiter has a surface area of 23.71 billion sq miles (61.42 billion km sq). Earth has a surface area of 200 million sq miles (510.072 million km sq). So to find the answer to your question we take Jupiter's surface area and divide it by Earth's surface area. 23.71 billion / 200 million = 118.55 So, it would take approximately 118.55 earths to stretch across the surface of Jupiter!
Runoff
It is an iceberg.
None of those. It would take 118.55 Earths to stretch across Jupiter, assuming you're talking about the surface of the Earth stretching across the surface of Jupiter. Take the surface area of both planets and divide them. (Jupiter / Earth) 23.71 billion / 200 million = 118.55 If you meant how many Earths could fit inside Jupiter then the answer would be 1,321.3. Hopefully that helps.
rocks
Runoff is the water flowing downhill across the surface of the Earth.
A quarter of the world's surface refers to the land area of the Earth. This accounts for roughly 25% of the total area of the planet. The landmasses are distributed across different continents and countries.
a section of both continental and oceanic lithosphere
a section of both continental and oceanic lithosphere
Coriolis effect
Water that doesn't sink in but runs across the Earth's surface is called surface water. This includes rivers, streams, creeks, and runoff from rain or snowmelt that flows over the ground.
neap tides
Lower mantle is the surface on which the lithospheric plates move around earths surface.