Savannah Mcguirl
what astronomical bodies would most likely be the largest?
Savannah Mcguirl
Anonymous
NOOOOOOOOOOOOOO ITS THE SUN
We would all die because without water, our bodies would dehydrate (i think that how you spell it) and our bodies would shrivle up and explode... :)
Well, it depends what animal alot of animals like bears will makes burrows in woody places
We can use miles or kilometers to measure both the planets size and their distance from each other and the sun. Their distances from the sun can be hundreds of million km or even billions of km for the outer planets, so it can be useful to use astronomical units instead, where 1 AU (astronomical unit ) is equal to the earth - sun distance.
There is no item on the list of choices that you posted with your question that would be likely to do that.
The Pacific Ocean & the Atlantic Ocean.
There are dead bodies in a graveyard.The largest bodies of water in the US are the Great Lakes.
The order from largest to smallest would be: star, galaxy, planet, filament. Stars are individual astronomical objects, galaxies are collections of stars, planets are celestial bodies in orbit around stars, and filaments are structures in the cosmic web that connect galaxies.
of all the minor bodies of the solar system, the largest fragments of rock are called asteroids, so yeah. Of course, we have the "dwarf planets" now. They would be the answer, if you call them minor bodies
No.
The cost of space travel is still astronomical. A telescope is used for astronomical sightings.
Portugal is a coastal country with a few bodies of water. The largest bodies of water would be the coastline or the river Douro.
They would probably have crossed the Atlantic Ocean.
Infections, cancer, foreign bodies, sometimes itself.
It would most likely be Jamestown or a large Indian Camp
mountains, bodies of water, national parks.
what is Canada's largest body of water
The ancient Babylonians are believed to have built the first chain of astronomical observatories in the world. These observatories were used for tracking the movements of celestial bodies, especially the stars and planets.