becuase of diffusion
If water is not still before an experiment then if the experiment involves measuring water then the measurement would not be accurate. Also if there is something in the water you might spill it out and spoil your experiment.
This probably refers to the 'control'. In a very simple experiment you may add food colouring to a solution to see what colour it sent the solution. You would also have a second sample of the solution which you would not add food colouring to. This would be your control and would serve the purpose of making sure that the solution wouldn't have changed colour by itself anyway. It would also be there for comparison, so that you could compare the colours to see just how much the colour had changed.
people sifted throught the water(boiled it) -removes germs-☺ created big sifters (put them in rivers
If you are not doing an experiment, there is no variable.
water and light
It is used to see the experiment which colour is formed.
they force the water throught their grills
is goes throught a cycle that makes energy and then that is how it is generated
salt is not produced but it is extracted from sea water throught evaporisation of water and then purifying it.
it flow throught SEA OF JAPAN
You can drink a lot of water which helps more nutrients go throught the body which will lead to more hair growth. You can also massage your legs beause if you do it helps the blood flow and more nutrients are spread through body
Depends on what the experiment is. You can evaporate the water.
Diffusion is the movement of particles from an area of high concentration to an area of low concentration. A fair example of diffusion is a small amount of dye being added to a container of water. The dye would slowly spread or diffuse causing the colour of the water to change and the colour of the dye to be equally distributed among the water.
The amount of water in a flask at the end of an experiment depends on the nature of the experiment. If the experiment involves evaporation or chemical reactions that consume water, the flask may have less water. Conversely, if water is added during the experiment, the flask could contain more water. Thus, the final volume depends on the specific procedures and outcomes of the experiment.
Mainly at the poles,but also scattered throught the planet's surface
they normally do. but when you have different type of colouring, then the results may differex). you have solid food colouring and liquid colouring, then they spread at different rates. the solid stays in a clump(but it still colours the water, but you do have to stir it if you don't want colour clumps in the water) while the liqid spreads out.
What experiment? One conclusion is that pressure is equal to force divided by area, which means that the larger the area, the more the force is spread out. A very common application of this are hydraulic pumps, used to life heavy weights.