If you have a handful of cold particles, and you want to toss them into a glass
of water in order to cool it, then it'll happen faster if the particles are small.
That way, there is more cold surface area in contact with the water to
conduct heat out of it, and all of this is the main reason why the bartender
uses crushed ice in most drinks.
Water flows faster through cylinders containing large particles because there are larger spaces between the particles, allowing for less resistance to the flow of water. In contrast, cylinders containing smaller particles have more surface area and tighter packing, which creates more friction and resistance to the flow of water.
It doesn't look at the puddles outside the smaller they are the faster they evaporate. Each puddle is like another experiment small puddles are like small pots and large puddles are like large pots. If the puddle is large enough it never fully evaporates and we call them lakes.
A smaller pot will reach boiling temperature faster than a larger pot because there is less water to heat up. Additionally, a larger pot may lose more heat to the surrounding environment, requiring more energy to reach boiling point.
Examples of non-colloids include solutions like salt dissolved in water, where the solute particles are too small to be visible, and suspensions like sand in water, where the particles settle out over time due to gravity. Both solutions and suspensions differ from colloids because they do not have the same uniform dispersion of particles as colloids do.
Saltation is the process of small particles being lifted and transported by wind or water in short, intermittent jumps. Traction refers to larger particles being rolled or dragged along by wind or water. Both processes are important in the transportation of sediment in natural environments.
erosion
This can be explained using particle theory. The hotter the water is, the more energy the water has. The more energy the water has, the more its particles will move. Therefore, the the hotter water is, the more its particles move. Because the particles move more and faster, they 'bump into' more tea particles, which causes the tea particles to move more. The more the tea particles move, the quicker they will spread through the water and the quicker they can diffuse.
There are more particles in the beaker with a large amount of water compared to a beaker with a small amount of water, assuming the water is the only substance present. This is because the volume of water in the larger beaker contains more individual water molecules than the volume of water in the smaller beaker.
when water percolates through small soil particles it travels downwards till it is held by large particles of soil or it reaches the ground water table. sometimes collection of large soil particles also holds the water from further travel
because the hotter the water the quicker the particles move
you can heat it up, the water, or grind the sugar into smaller particles! try both! =)
the small intestine is the primary site for the digestion and absorption of food. the large intestine mainly functions to absorb excess water and electrolytes from undigested food particles. --thoughtfulobserver
the small intestine is the primary site for the digestion and absorption of food. the large intestine mainly functions to absorb excess water and electrolytes from undigested food particles. --thoughtfulobserver
the small intestine is the primary site for the digestion and absorption of food. the large intestine mainly functions to absorb excess water and electrolytes from undigested food particles. --thoughtfulobserver
Water particles move in circles
Large particles carried by water include sediment, rocks, debris, and organic matter. These particles can be transported by the flow of water in rivers, streams, and oceans, contributing to erosion and sedimentation processes.
the sand and gravel provide physical filtering of the water, and remove large particles. The Charcoal has very small pores, and a large surface area. it removes smaller particles and absorbs some chemicals and odors.