Vacuole
Materials dissolve in water due to its unique polarity. It contains an uneven distribution of its electrons, causing it to "look for" other elements to bond with. This makes it easy for materials to dissolve in water.
The vacuole in plant cells contains water and dissolved minerals. It helps regulate water content and maintain turgor pressure within the cell.
what part of an animal cell contains water and dissolve and dissolve minerals?
sedimentary rock
No. Freshwater does not have the same amount of dissolved materials as sea water. Sea water has a much greater amount of salt dissolved in it.
Materials dissolve in water due to its unique polarity. It contains an uneven distribution of its electrons, causing it to "look for" other elements to bond with. This makes it easy for materials to dissolve in water.
the difference is that soft water contains no dissolved minerals.the hard water contains dissolved minerals
The amount of dissolved materials in water can vary depending on factors such as location, temperature, and human activity. Common dissolved materials in water include minerals, salts, gases, and organic compounds. Monitoring the level of dissolved materials in water is important for assessing water quality and ensuring it is safe for human consumption and aquatic life.
Dissolved materials make the density of the water , more dense then before.
The vacuole in plant cells contains water and dissolved minerals. It helps regulate water content and maintain turgor pressure within the cell.
what part of an animal cell contains water and dissolve and dissolve minerals?
yes, all environmental and drinking water contains salts. You only get pure H2O in labs. Sea water is salty because there is more salt dissolved in it.
sedimentary rock
desicated
This depends on the dissolved materials.
No. Freshwater does not have the same amount of dissolved materials as sea water. Sea water has a much greater amount of salt dissolved in it.
The movement of water and dissolved materials through a cell membrane is called Osmosis.