Drinkability.
My Penis
Examples: boiling and freezing point, specific heat, polarity of the molecule, density, surface tension, solvent ability, etc.
Water's polarity helps make it an excellent solvent. Polar substances dissolve well in water as "like dissolves like," but nonpolar substances do not dissolve as readily. Hydrogen bonding gives water its cohesion and surface tension, allowing it to cling to itself. It also greatly affects water's freezing behavior and density. Hydrogen bonds are responsible for the characteristic crystal lattice structure of ice.
High heat capacity, Polarity/ Solvent properties, Chemical reactivity and Cushioning in the body.
The formula for water is H2O, and its boiling point is 212 degrees Fahrenheit. Cohesion and adhesion are the unique properties of water. They are a result of the hydrogen bond that exists between water molecules.
A physical property refers to a measurable value that describes a state of a physical system. Some examples of physical properties of matter are color, odor, density, solubility and polarity.
Some examples of chemical properties for water include its ability to react with certain metals to produce hydrogen gas, its ability to act as a solvent for many substances due to its polarity, and its participation in acid-base reactions where it can act as both an acid and a base.
It is not a conductor.
Water has extremely high polarity, making it an effective solvent for ionic and polar materials. It is non toxic and easy to dispose of. It does not have toxic fumes. It is cheap to obtain ( in some forms and compared to other solvents ).
Some capacitors are polarity sensitive; some are not. It depends on the design. Electrolytic capacitors, for instance, are polarity sensitive, while ceramic disc capacitors are not. You can generally tell, if the capacitor is marked with polarity signs, such as + and -, if it is or not.
When it freezes, it floats.
Nitrogen trichloride (NCl₃) is only slightly soluble in water. While it can dissolve to some extent, its solubility is limited due to its chemical structure and properties. As a result, it does not form a significant concentration in aqueous solutions.