Answer:
Periodic Properties of the Elements
Atomic Radius.
Ionization Energy (ionization potential)
Electron Affinity.
Electronegativity.
Metallic Character.
Other Trends.
Redox Potentials. Oxidation Potential. Reduction Potential.
Uses in knowing the Periodic Properties of Elements
Explanation:
Answer:
The numerical value of equilibrium constant is 0.0560
Explanation:
Initial Concentration:
![[NH^3]= \frac{3mol}{1l}](https://tex.z-dn.net/?f=%5BNH%5E3%5D%3D%20%5Cfrac%7B3mol%7D%7B1l%7D)
= 3M
[
] = 1M
[
] = 2 M
at the end, [
] = 1.96 M
Thus the change is 3 - 1.96 = 1.04 M
Thus 1.04 moles of reacted
By stoichiometry, 1.04 moles (
) = 0.52 mol created (in addition to 1 mol already in vessel)
By similar reasoning = 
1.56 moles created
Final concentrations:
[] = 1.96 M
[] = 0.52 + 1 = 1.52 M
[
] = 1.56 + 2 = 3.56 M
![\frac{[NH^3]^2}{N^2[H^2]^3}](https://tex.z-dn.net/?f=%5Cfrac%7B%5BNH%5E3%5D%5E2%7D%7BN%5E2%5BH%5E2%5D%5E3%7D)
0.0560
Therefore, the numerical value of equilibrium constant is 0.0560
Deciduous forests are common in the temperate, eastern United States. The type of soil found<span> in a deciduous forest is a </span>pedalfer<span>(Figure below). This type of </span>soil<span> is usually dark brown or black in color and very fertile. ... These </span>soils<span> are very fertile.</span>
A) It is the better of two insulators only’, it is not the best insulator
