Describe 3 properties you can use to distinguish between organis and inorganic compounds?

Answer 1

Melting and boiling points (organic are low).
Solubility in water (organic are low).
Conduction electricity when molten or in solution (organic are low).

Answer 2

As reported, 'organic and organic solvent' merely signifies that the compound contains carbon. An inorganic solvent, for this reason, does not comprise carbon. the outcome of this are literally not as elementary as you recommend. organic and organic solvents are cutting-edge in maximum wide-spread products. The solubility of a solute in a particular solvent is often depending on polarity (like-dissolves-like). a common organic and organic compound containing only carbon and hydrogen (hydrocarbon) will be nonpolar and could dissolve nonpolar solvents. besides the indisputable fact that, many organic and organic solvents might want to comprise smart communities with very electronegative aspects (i.e. oxygen), making the completed molecule polar. those solvents dissolve ordinarily polar solutes. For inorganic solvents, the most time-honored is water, it really is exceptionally polar. besides the indisputable fact that, an inorganic solvent, can too, be nonpolar. for this reason, through pointing out no matter if a solvent is organic and organic or inorganic does not inevitably recommend what solutes will dissolve, yet tells you extra about the solvent's molecular structure.