after evaporation it will end up raining since the clouds get to full and to heavy they are going to have to empty themselves
Its the color of crystals formed depends on the speed of evaporation
Photosynthesis<span> and </span>cellular respiration<span> are complementary processes by which living things obtain needed substances.</span><span> They both consume and create the same substances (water, glucose, oxygen, and carbon dioxide) but in </span>different<span> ways.
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Particles in a solid are tightly and closely packed together. They do not move. For example rock, wood etc.
Particles in a liquid are loosely packed as compared to solids.They move or slide slowly. For example water.
Particles in gases are very loosely packed and freely move and float. For example oxygen.
The students will have to model their marbles accordingly. For solids they will have to put the marbles together in a cluster. For showing liquids, they will have to arrange marbles with slight gaps between them. For showing gases, they will have to arrange the marbles sparsely and scatter them in the box.
Answer:
b. diffusion.
Explanation:
Diffusion can be defined as the movement of gas molecules from a region of high concentration to a region of lower concentration until an equilibrium is attained or reached. This mixing of gas molecules in the liquid or gaseous state is due to their kinetic energy of random motion i.e without requiring bulk motion.
This ultimately implies that, diffusion is a phenomenon through which gas molecules in either a gaseous or liquid state spread out in response to a concentration gradient, which is simply the difference in concentration of the gases across a space.
During diffusion, molecules move from areas of high concentration to areas of low concentration.
In this context, the process by which dissolved gases are exchanged between the blood and interstitial fluids is referred to as diffusion.
On a related note, this process is also referred to as internal respiration because it involves the exchange of oxygen gas and carbon (II) oxide gas between tissue cell and capillaries.
