In comparison to gases, yes; in comparison to solids, no.
yes
That's because they are quite easily compressible. There are no forces holding the gas particles together. (apex)
I'm not quite sure liquids diffuse. but gases do an example would be if something was burning in your house you would be able to smell it up the street. The particles move from a high to a low concentration. In other words move from a place where there are lots of the particles to a place where there isn't many of the particles to almost even it out. The particles have lots of space between them to move around. Bumping into each other they create kinetic energy. This means they are able to move around.
That's because they are quite easily compressible. There are no forces holding the gas particles together. (apex)
Gold, platinum. Tin and lead are also quite dense. Osmium is the most dense on the periodic table.
yes
Liquids can flow, their particles can move about more than solid particles, you can't compress them, and they are quite dense.
in human body blood is liquid
because the force of attraction between the molecules of solid is quite high. because in solids the particles are compressed together. there isn't much space between these particles. however in liquids the space between particles is more and hence it can move more freely.:)
The answer you're looking for is likely gas. However, liquids CAN be compressed so their volume is not quite as definite as it would seem.
That's because they are quite easily compressible. There are no forces holding the gas particles together. (apex)
A cloud is a form of gas it is made of small particles which are quite far apart you can turn liquids into gasses buy heating them (condensation)
There are quite a few liquids that are susceptible to bacterial growth. Water and sugary warm liquids are the most susceptible.
it's dense and is quite weather resistent. rock is also quite easy to a hold of.
I'm not quite sure liquids diffuse. but gases do an example would be if something was burning in your house you would be able to smell it up the street. The particles move from a high to a low concentration. In other words move from a place where there are lots of the particles to a place where there isn't many of the particles to almost even it out. The particles have lots of space between them to move around. Bumping into each other they create kinetic energy. This means they are able to move around.
Temperature can be used as an indication of the energy that particles in a substance have. When the temperature is higher, particles have more energy and "bounce" around harder and in a bigger space. When the temperature is lower, the opposite happens.
Not at all. The koala's fur is quite dense.