Question

What is the mass of a $0.5$ mole of an ozone molecule?

Answer 1

Hint: We have to know that ozone is an inorganic atom with the compound equation ${O_3}$ . It's anything but a light blue gas with a particularly sharp smell. It's anything but an allotrope of oxygen that is considerably less steady than the diatomic allotrope ${O_2}$ , separating in the lower climate to ${O_2}$. Ozone is shaped from dioxygen by the activity of bright light and electrical releases inside the Earth's environment.

Complete answer:
It is one of the crucial amounts and the most essential property of the issue. We can characterize mass as the proportion of the measure of issue in a body. The SI unit of mass is kilogram (kg). The mass of a body doesn't change whenever. Just for certain outrageous situations when an enormous measure of energy is given or taken from a body. For instance in an atomic response, a minuscule measure of issue is changed over into an immense measure of energy, this diminishes the mass of the substance.
The mass of $O$ is $16g$ . Then, the mass of ozone ${O_3}$ = $3 \times 16 = 48g$ .
Then, $0.5$ mole is multiplied by $48g$ . Therefore, $0.5 \times 48 = 24g$

Note:
Ozone is a dull or light blue gas, somewhat dissolvable in water and considerably more solvent in idle non-polar solvents like carbon tetrachloride or fluorocarbons, in which it's anything but a blue arrangement. At $161K$ , it consolidates to frame a dim blue fluid. It is perilous to permit this fluid to warm to its limit, in light of the fact that both concentrated vaporous ozone and fluid ozone can explode.