Consider the oxidation of a single glucose molecule. How many
carbons from that glucose molecule remain to be oxidized following
a single turn of the TCA cycle?
For each molecule:
draw the Lewis structure, state the hybridization of the central
atom, state the electron and molecular geometry and draw a 3D
representation of the geometry.
a. IF3
b. BF3
Consider an economy with two goods only. For each part below
draw a carefully labeled diagram showing the income and
substitution effects for both goods.
(a) The price of good 1 increases and both goods are normal.
(b) The price of good 2 decreases and good 1 is normal while
good 2 is inferior.
Consider the molecule CF3H. Draw the structure for
this molecule, then use it to assess each statement. Select all
true statements.
This molecule is polar because all molecules containing the
highly electronegative F atom are polar.
The bond angles for this molecule will be less than 109.5
degrees.
An electrostatic potential map of this molecule would show a
rainbow of colors with the red end of the rainbow at the H
atom.
This molecule is polar and its dipole runs...
Write the best Lewis structure, and determine the molecular
geometry, hybridization, and polarity for each of the following
molecule/ion (8 pts.)
Molecules
Lewis Structure
Molecular geometry
Hybridization
Polarity
ClF3
POCl3
KrF2
For each of the following molecules, predict the molecular
shape, give bond angles, hybridization and determine whether the
molecule will be polar or non-polar.
a. CF4
b. BeH2
c. SeF6
d. XeOF2
Consider 5 sequentially connected switches labeled switch 1, 2,
3, 4 and 5, and each switch has 4
hosts connected to it (total of 20 hosts). If a host on switch #1
made a virtual circuit connection to
every other host on the network, how many rows would be in each
switch's virtual circuit table?