hypotonic solution
well if u don't drink water u possibly can i would think
Blanks are made using the same solvent used in your solutions. So, in this case, you would use 80 percent acetone in water. Blanks allow you to see what parts of your results are due to the solvent and what parts are due to the solute. If you used pure water as your blank, it would not show the effect of the 80 percent acetone in water on your results.
hypertonic solution is when the cell contains more water inside of it than there is in its environment. Because of the process of osmosis, the water inside the cell will move outside into the environment to make it balanced. This will cause the cell to shrivel up. An example would be a water balloon filled with water. The water inside would leak out if there is a hole in the balloon (cells already have tiny openings so it doesnt need to be ruptured for this to occur) because there is more water inside than there is in its environment. The balloon will eventually leak out all its water and become shriveled. Hope that helps!
Water moves out of the cell in hypertonic solution.
If plants had the same roots, they would compete for resources like water and nutrients, leading to decreased growth and possibly death of one or both plants. Each plant's roots play a crucial role in absorbing essential resources from the soil, so sharing the same root system would be detrimental to their survival.
The turkey was plump, which was just what they were looking for to feed everyone. He had put on a bit of weight and looked plump now.
No, plump is an adjective (plump, plumper, plumpest) and a verb (plump, plumps, plumping, plumped). Nouns are words people, places, and things. Adjectives describe people, places, and things. Examples:The plump apples looked juicy.Marie would plump the cushions on to the couch.
In an isotonic solution the cell would be unchanged. In a hypertonic solution water would flow out of the cell and it would shrink. In a hypotonic solution water would flow into the cell and it would expand like a balloon and possibly rupture.
It depends on the solutions you mixed. If they are non-flammable, heating them on a flame would be fine. If they are flammable, I would use both a water bath and an electric hot plate.
Then they would disolve in water, and would be useless in conjunction with aqueous solutions.
Mixtures that are solutions are those in which the particles of the solute are uniformly dispersed in the solvent, creating a homogeneous mixture. In the activity above, the mixtures that are likely solutions would be salt dissolved in water, sugar dissolved in water, and vinegar diluted in water.
particles in solutions are dissolved. Unless the particles are too big, then they would just sink to the bottom E.G sand wouldn't dissolve in water, but salt would. particals in soulutions are dissolved
The best would be mercury at room temperature
Water, rocks, shells, sand, and possibly fish.
You can drink any liquid solution, just depends on what results you want. Water would be good, bleach would be bad.Two solutions that you can drink safely (bleach would likely kill you) would be sugar water and small amounts of vinegar. Pure water technically isn't a solution.
Sodium chloride is the solute and water is the solvent.
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