3. a. On a separate paper, construct a qualitative MO diagram
for the σ-bonding in Oh [Cr(CO)6] 3+-. To do this, generate and
reduce a reducible representation for the 6 LGOs formed from a
basis set comprising a lone pair from each CN- ligands. Then
consider their interactions with the metal AOs based on symmetry.
b. What is the ligand field stabilization energy for the low-spin
configuration in terms of ∆O? c. What is the ligand field
stabilization energy for...
Derive a qualitative MO diagram for NO2. Make sure to include
the following: a.) Lewis structure for the molecule; b.) point
group for the molecule; c.) drawings of and derivations of all
atomic orbitals and SALCs labeled with their respective Mulliken
labels; d.) draw pictures of the MOs (i.e. the combination of the
AO and the SALC); e.) fill in your valence electrons from NO2; f.)
rationalize your diagram in terms of the expected Lewis structure.
Make sure that you...
Construct an Iron Butterfly strategy using a table and draw the
profit-loss diagram. An Iron Butterfly requires that one buy an OTM
put with X1 , sell another ATM put with X2 , sell an ATM call with
X2 , and buy an OTM call with X3 . X1 , X2 , and X3 are evenly
spaced. Explain what are the similarities and differences between a
Butterfly and an Iron Butterfly
For molecule NF3-
a) draw a full MO diagram. All F 2pz LGO are non-bonding. The 2s
orbitals are to far from 2p to interact. The e LGO derived from F
2px and 2py orbitals (depends on central atom with e symmetry
exist, then the 2py LGO wil either be bonding or not)
b) what are the symmetries of valance orbitals on central N
atom
A bubble of air is suspended underwater. Draw a ray diagram
showing the approximate path followed by a light ray passing from
the water (a) through the upper half of the bubble, (b) through its
center, and (c) through its lower half. Does the bubble act like a
converging or diverging lens? Explain.
a) Draw and label your own circuit diagram using standard
schematic symbols for a circuit with a 12 V battery, a 15 ohm
resistor, a 400 mH inductor, and a switch, all in series.
b) Write a diffferential equation (in the form of a loop
equation) describing the behavior of this circuit after the switch
is closed.
c) The switch is first closed at time t = 0. Write down an
equation for current in the circuit as a function...
Construct a strap option strategy in excel. draw a diagram
showing the variation of the trader’s profit with the asset prices.
choose random strike prices and premiums