The Cenozoic era's surface was very bumpy and that when the Earth was flat. When the world started getting round Earths surface started getting flat, but that when there was a lot of earthquakes, which wiped out all the dinasours and made them exstinct.
Without mountain uplift or erosion, Earth's surface would be much flatter and smoother overall. There would be no peaks, valleys, or rugged terrain like we see today. The surface would likely be uniform and low-lying, with no dramatic changes in elevation.
During the beginning of the Cenozoic Era, all the continents were connected together in one large land mass known as Pangea. The Cenozoic period began about 65 million years ago with the extinction of the dinosaurs and continues through the present. The continents have broken apart, and the Atlantic Ocean has opened from a narrow valley to a vast ocean. India moved across the ocean and collided with Asia to form the Himalayas. The western coasts of North and South America crumpled to form the Rocky Mountains and the Andes.
From the distance of Pluto, the Sun would look like a very bright star.
You will never know what it look like under the earth's crust :)
The same because you only see one part of the Earth.Another answerConsidering that the moon is not geostationary, the Earth would look like a coin, though it would probably look somewhat like a sphere when the moon were directly above it.
a ball with no air in it
like mars
Because when I look up from the Earth, the surface of the Moon looks like nothing on Earth.
flat and even
During the Tertiary Period, the surface of the earth looked much like it does today. It was quite warm with periods of cold much like today.
it looked hot and spicy
Because over two thirds of the Earth's surface is naturally covered in water.
Look outside
Earth's SurfaceIt is blue, green, and white. White is for storms, blue is for water, and green is for land.
Without mountain uplift or erosion, Earth's surface would be much flatter and smoother overall. There would be no peaks, valleys, or rugged terrain like we see today. The surface would likely be uniform and low-lying, with no dramatic changes in elevation.
During the Tertiary Period, the surface of the earth looked much like it does today. It was quite warm with periods of cold much like today.
it was one massive island surrounded by water