If molecules are outer space, they have no forces (gravity) to move them around, hence that is why they stay togethor i.e. in a structural arrangement of a solid state.
Gravity mainly
No they will not if you are doing this for a science paper read under the number 11, it will ask you if it is possible to join the molecules if you do the other way they tell you to do.
Yes. Molecules remain the same.
The atoms of a molecule stay together with chemical bonds.
magnesium ions
Gravity mainly
Molecules are composed of atoms, which are held together by sharing their outer electrons in covalent bonds. Glucose is the most common biological molecule on Earth.
Faye Resnick stayed 0 seconds in outer space.
When air gets colder, the molecules move closer together. The space between the molecules of air is where water particles stay when they are in clouds or in the air you breathe. So, when the space between molecules shrinks because of colder weather, the water molecules are "squeezed out" of the air and form into precipitation that then falls to the ground.
An astronaut needs a space suit that will allow him or her to stay safe in zero gravity. The astronaut also needs a camera that will record images from outer space.
Energy to get there - and ALL the requirements of survival to stay there.
locked up in hexagon shaped framework, in three dimensions, small space between these six molecules, giving ice a slighly lower density than liquid water. water molecules are hydrogen bonded together
space flight you go to outer space regualr flight flight you stay around earth
Technically, the molecules are close together and vibrate in place. They do not stay move fast enough to overcome the attraction between them.
Technically, the molecules are close together and vibrate in place. They do not stay move fast enough to overcome the attraction between them.
I believe it's the space between the molecules that make up the substance that changes, as well as their shape and how they bond together. When there's more space between the molecules, then the substance expands, and when there is less space between them it contracts. Certain conditions can cause a substance to change the way the molecules bind together. For example, water expands when frozen - when it's liquid, the molecules are close together, but when frozen, the shape of the molecule changes and it can't bunch together as closely, so it takes more space, but the substance still has exactly the same amount of mass, or "stuff", as before.
In outer space there is effectively no gravity. However, that creates different problems: for example, people who stay in space for long periods find that their bones and muscles become weakened because there is less weight for them to bear.