Chirps in 1
The Battle in the East
It began with the forging of the great rings: three
were given to the Elves, immortal, wisest and fairest of all
beings. Seven to the Dwarf Lords; great miners and
craftsman of the mountain halls. And nine, nine rings
were gifted to
Lecture Feb 8/2016 Organic Chemistry
Slide 1 Thermodynamics is on our side.pg 758/785ppt
B)DRAW in structure here:
A witchs brew approach to synthesis.
On side board:
Disconnect the carbons-heteroatom bonds first
Side board:draw in structures here
Lec Jan 11/2013
Slide 1: The Hammett relationship pg.1041w/1168pp
WHAT WAS THE PURPOSE OF HAMMETTS SIGMA/ROW STUDY?
-We want to find a way to quantify the effects of that electron withdrawing and donating groups have on the
Lecture Feb. 3/2016 Chemistry 3p21
Slide-8:15 Alkenes are attacked by Nucleophiles when coordinated to Palladium(II): examples
CuCl2, O2, 1,4-benzoquinone.
Regiochem: which terminus will you react with?
WACKER OXIDATION: ON EXAM
-This is the oxidation of
AlISHlAiNn lnOHnd 'HSlHJll3W lHIW AD
~r r r r r r r r ~'0'0'0
r r r r r r r r '0'0'0'0'0'0
(f r; IT~"~
r r r r r r r r '0'0'00'0'0
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Problem Set #1
Nano 264, Chemical Principles
Due: 4/16/12 in class
1. Assume that the atoms in an FCC crystal structure are hard spheres of radius R in contact with each
other. Calculate the maximum radii r of the smaller hard sphere atoms that could occu
MTPA 1 : Condensed Matter Theory I
Exercise sheet 2, 10.10.2014
LPTM, Universite de Cergy-Pontoise
Prof. Andreas Honecker
Hexagonal closed-packed lattice
A hexagonal closed-packed (hcp) structure is called ideal if it corresponds to a close p
Analysis of La0.67Sr0.33MnO3 by Mag
netization(M) vs. Temperature(T) curve
Phys 507A - Solid State Physics I
Assignment 1: Electrons in crystals. Due Oct. 2nd
1. Periodic potential in 1d.
Consider an electron subject to a 1d periodic potential,
U (x) =
where v(x na) represents the potential barrier against an e
Homework assignment No. 1
Due September 27, 2016 (Tue)
1. Estimate the de Broglie wavelength of a pedestrian with a mass of 60
kg and a velocity of 1 m/s. Explain why we do not see the wave nature
of macroscopic bodies.