no - it lacks carbon
No, it is not an organic compound.
If water is added to an organic compound, the compound can dissolve in water if it is soluble or form a separate layer if it is insoluble. In some cases, the compound may react with water to form a new compound.
Cellulose is an organic compound used to transform water although the cell is being protected by a cell membrane
Water is an inorganic compound.
Water is an inorganic compound.
No, it is not an organic compound.
Water is not an organic compound, as it lacks carbon atoms.
If water is added to an organic compound, the compound can dissolve in water if it is soluble or form a separate layer if it is insoluble. In some cases, the compound may react with water to form a new compound.
no
Cellulose is an organic compound used to transform water although the cell is being protected by a cell membrane
To calculate the required volume of the organic solvent for a 90 percent separation in one extraction, you need to first find out how much of the organic compound will stay in water after extraction. Since 10% of the compound will remain in water after the extraction (due to 90% separation), the mass of the compound that will remain in water is 0.1 * 2.7g = 0.27g. If 2.7g of the compound dissolves in 100 ml of water, then 0.27g will dissolve in 100/10 = 10 ml of water. Therefore, the remaining 90% of the compound (2.43g) needs to dissolve in the organic solvent, so we consider a partition coefficient to find the volume of the organic solvent needed.
Cellulose is an organic compound used to transform water although the cell is being protected by a cell membrane
Water is an inorganic compound.
Water is an inorganic compound.
H2O (water) is an inorganic compound, not an organic compound. Inorganic compounds do not contain carbon-hydrogen (C-H) bonds, which are characteristic of organic compounds.
H2O, or water, is an inorganic compound. Organic compounds typically contain carbon-hydrogen bonds, which water does not have.
Water is an inorganic compound; carbon dioxide is theoretically an organic compound but by tradition is studied in inorganic chemistry.