The pair of electrons occupying an orbital must have opposite spins. The electron spin quantum number, m_s can be +1 /2 or -1/2. According to the Pauli Exclusion Principle, an orbital can …

The Lewis structure looks like this: Each carbon atom has 4 unpaired electrons available for bonding. Each of the 3 chlorine atoms has a single unpaired electron available for bonding. …

The inductive effect is the effect on electron density in one portion of a molecule caused by electron-withdrawing or electron-donating groups elsewhere in the molecule. In a covalent …

Dec 1, 2017 · As you would expect, as you go down a column of the periodic table the radius get bigger as a new electron shell is added as you go down, say column 1. Hydrogen, Lithium, …

Jul 12, 2016 · Not sure if the following helps? Although some of the earliest views of oxidation related to a process where oxygen is added, it is more widely defined as when an atom, ion or …

The answer to this problem is 3.2 meters (using two significant figures if necessary). When you do projectile problems (and others involving motion, like static or dynamic problems), you always …

6 Given that n (your principle quantum number) is 3, and s (your angular quantum number) is 1, we can make a couple of statements right off the bat: n=3 means that we're talking about the …

Just to retire this question, some context should be provided... Hydroxide ion, ""^(-)OH, the basic principal in water formally has THREE non-bonding electron pairs. Ammonia, ddotNH_3, has …

If an electron is formally lost, another species will formally gain an electron.... And thus a redox equation has occurred, which are conceived to proceed on the back of electron loss, …

(1) Let RON ew be new orbital Radius when velocity of moon is increased by 42% Equation (1) becomes (1.42v)2 × RON ew = Constant ..... (2) Dividing (2) with (1) we get (1.42v)2 ×RON …