Liquid actually can maintain its shape for a split second without anything holding it that way. If you fill a balloon with water, tie a string where you knotted the balloon, and then either have someone hold the balloon up high or tie it to a tree maybe? Anywhere its okay to get the ground wet? You'll need a way to video it and freeze frame it when you're done. take a needle and pop the water balloon. when you go to watch your video in slow motion you'll see that the water keeps the "teardrop" shape of the balloon for a second, before falling to the ground. You might be able to Google a video someone has alread made and freee framed for you?
A diagram of a liquid typically shows particles close together, moving randomly with a lack of fixed shape, similar to a fluid state of matter. The particles are depicted spreading out to conform to the shape of their container, with no regular arrangement or pattern.
This is due to particle movements. There are three states of matter; Solid, Liquid and gas. The papticles in these states have different amounts of energy. Solid particles have the least energy and therefore the particle move very little. This means they are held together in a tight structure and have a fixed shape. Liquid particles have more energy (thats why we heat solids into liquids, melting) These particles in a liquid are able to move and therefore are able to move the shape of the container. Gravity pulls everything to the lowest possible position, therefore liquids always have a horizontal surface. Gases have the most energy, these are completely free from each other and are able to move throughout the atmosphere, so will fill up the shape of any space, diffusion of smells shows this.
Gases have no defined shape or volume. The easiest way to show this is that gas' can be compressed(squished down) into small spaces, and when they are released from the container they spread out (diffuse) as much as possible. Think of spraying a can of deoderant, the gas is compressed in the can and when you release it the gas will go everywhere...this also shows that the gas has no definite shape, it will take the shape of the container that its in. Going back to the earlier example, gas will take the shape of the deoderant can that's its in, but when released it will change and go everyhwere, giving it no definite shape.
It shows the shape of the molecule
A solid culture provides information on the colony morphology of the microorganism, such as size, shape, color, and texture, which can help in identifying the species. It also allows for easier isolation of individual colonies for further testing or analysis. In contrast, a liquid culture mainly provides information on the growth rate and overall cell density.
A diagram of a liquid typically shows particles close together, moving randomly with a lack of fixed shape, similar to a fluid state of matter. The particles are depicted spreading out to conform to the shape of their container, with no regular arrangement or pattern.
Correlation
hypothesis
hypothesis
coorelation
correlation
correlation.
The experiment shows exactly what your title says!
correlation
causation
causation
causation