It is called a cloud.
Clouds are not made of gases, but of tiny water droplets or ice crystals that have condensed around particles such as dust or pollutants in the atmosphere. While gases such as water vapor are present in clouds, it is the condensed water droplets or ice crystals that give clouds their visible form.
Rainbows are circular in shape, with the top part of the circle often hidden by the horizon. This can give the appearance of a frown shape. The lower part of the rainbow arcs upward due to the refraction and dispersion of sunlight through water droplets in the atmosphere.
The shimmering lights danced on the water's surface.
The moon does not have oceans like Earth. However, there are large basins on the moon that were formed by ancient volcanic activity and impacts, which are now filled with solidified lava called mare. These basins give the moon its characteristic dark patches that can be seen from Earth.
The Sun is the name we give to the star that we orbit. About half the other stars are larger than the Sun, and about half are smaller. The Sun is average size.
A large concentration of tiny water droplets suspended in the air is called fog.
Animals add water to the environment through respiration and breath droplets.
The concentration of the water determines the rate of diffusion. A higher concentration of water will be transported to an area with a lower concentration, via the concentration gradient. In a high salt solution, the concentration of the water is higher in the cell, and so the water is diffused through the cells semi-permeable membrane into the high salt solution, to try to stabilise the concentration differential.
Rainbows don't give off light. The light from the sun is just refracted off the water droplets in the atmosphere.
Clouds are not made of gases, but of tiny water droplets or ice crystals that have condensed around particles such as dust or pollutants in the atmosphere. While gases such as water vapor are present in clouds, it is the condensed water droplets or ice crystals that give clouds their visible form.
The answer would depend on the difference between the four droplets. But because that information is not provided, it is not possible to give a sensible answer.
I need an example for concentration
To calculate the dose of granular chlorine needed, you first need to know the volume of water to be treated and the desired chlorine concentration. Then, you can use the formula: dose (in pounds or grams) = volume of water (in gallons or liters) x desired chlorine concentration (in ppm) / 10,000. This will give you the amount of granular chlorine needed to achieve the desired concentration in the water.
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Water can appear green due to the presence of algae, which contain chlorophyll pigments that give them a green color. Algal blooms, which can occur due to factors like excess nutrients in the water, can make the water look green or even turquoise. Additionally, water bodies with a high concentration of phytoplankton or other microscopic organisms can also give the water a greenish hue.
You can determine the concentration of the solution. First calculate the concentration by dividing the mass of the solute by the volume of the solution (55g/100mL). This would give you the concentration in g/mL, which can be converted to g/L by multiplying by 10. This would give you the concentration of the solution in grams per liter.
The steam condensed into droplets.