-
Alpha Decay
What is dZ, dN, dA
-
B- decay
(Beta minus decay)
What is dZ, dN, dA
-
B+ decay
(Beta Plus decay)
What is dZ, dN, dA
-
gamma decay,
What is dZ, dN, dA
-
Increase in atomic radius trend
-
Increase in electron afinity trend (more negative)
-
increase in ionization energy trend
-
Increase in electronegativity trend
-
-
increase in basicity trend
-
Order of electronegativities from highest to lowest
-
Anomalous electron configuration atoms
Cr Au Cu Mo Ag
-
Strength of intermolecular forces from strongest to weakest.
-
Electron quantum numbers notation
-
in electron quantum numbers what is n?
What does it denote?
shell number.
- It denotes the size and energy of an orbital
- n = period number
-
In electron quantum numbers, what does l stand for?
What does it represent?
l is the subshell number,
it denotes the shape and energy of an electron's orbital
-
in electron quantum numbers what does ml represent?
What does it denote?
orbital number.
Denotes the 3-D orientation of the orbital
-
Whaat leter represents the subshell number in electron quandum numbers?
how is the subshell number selected in electron quantum numbers?
-
what letter represents the orbital number in electron quantum numbers?
How is this number selected?
- orbital number, or third quandum number is ml

-
in electron quantum numbers, what symbol denotes spin number?
ms
-
Formula for formal charge
-
-
-
formula for mole fraction
-
Raults law of partial pressures?
 - Pa^o = Vapor pressure of pure A
- Pa = partial pressure of A
- Xa = mole fraction of A
-
Osmotic pressure elevation
-
Oxidation state of a neutral molecule?
- for a neutral molecule
- OS = 0
-
oxidation state of an ion
OS = the charge of the ion
-
Oxidation state of group 1 metals
- For group 1 metals
- OS = +1
-
Oxidation state of group 2 metals
-
Oxidation state of Fluorine
OS(F) = -1
-
Oxidation state of Hydrogen
OS(H) = +1
-
Oxidation state of Oxygen:
OS(O) = -2
-
Oxydation state of Hallogens
OS(Hallogens) = -1
-
Oxydation state fo Oxygen family
OS(O family) = -2
-
Gibbs free energy of a battery cell
dG = -nFE
|
|