Lecture 3
Phylogenetic Relationships and Cladistic Analyses
Yesterday
Finding your way
around a skeleton
Primate adaptations
Today: Phylogenetic
Relationships
1
Determining relationships
between taxa
Which taxa are most closely related?
Which taxa are anc

PHYS 115C: Quantum Mechanics
UCSB Spring quarter 2014
Professor Dirk Bouwmeester
Homework 7
This Homework is due on Friday May 23rd, at 6:00PM. Please turn in your answers in the
box outside the Physics Study Room (Broida 1019).
The Homework problems are

PHYS 115C: Quantum Mechanics
UCSB Spring quarter 2014
Professor Dirk Bouwmeester
Homework 8
This Homework is due on Friday May 30rd, at 6:00PM. Please turn in your answers in the
box outside the Physics Study Room (Broida 1019).
The Homework problems are

PHYS 115C: Quantum Mechanics
UCSB Spring quarter 2014
Professor Dirk Bouwmeester
Homework 2
This Homework is due on Friday April 11th, at 6:00PM. Please turn in your answers in the
box outside the Physics Study Room (Broida 1019).
Study section 6.1, 6.2,

PHYS 115C: Quantum Mechanics
UCSB Spring quarter 2014
Professor Dirk Bouwmeester
Homework 3
This Homework is due on Friday April 18th, at 6:00PM. Please turn in your answers in the
box outside the Physics Study Room (Broida 1019).
Study section 6.3 (again

PHYS 115C: Quantum Mechanics
UCSB Spring quarter 2014
Professor Dirk Bouwmeester
Homework 5
This Homework is due on Friday May 2nd, at 6:00PM. Please turn in your answers in the
box outside the Physics Study Room (Broida 1019).
Study section 8.1 - 8.3 of

PHYS 115C: Quantum Mechanics
UCSB Spring quarter 2014
Professor Dirk Bouwmeester
Homework 6
This Homework is due on Friday May 16nd, at 6:00PM. Please turn in your answers in the
box outside the Physics Study Room (Broida 1019).
Study Chapter 9 of Griffit

PHYS 115C: Quantum Mechanics
UCSB Spring quarter 2014
Professor Dirk Bouwmeester
Homework 4
This Homework is due on Friday April 25th, at 6:00PM. Please turn in your answers in the
box outside the Physics Study Room (Broida 1019).
Note: It is clear that s

PHYS 115C: Quantum Mechanics
UCSB Spring quarter 2014
Professor Dirk Bouwmeester
Home work 1
This home work is due on Friday April 4th, at 6:00PM. Please turn in your answers in the
box outside the Physics Study Room (Broida 1019).
Make a summary of chapt

Fall 2010 Midterm Examination
October 13, 2010
1)
The eective mass for two body relative motion is the reduced mass. Frequency of small
oscillation: f =
2
=
1
2
k/ =
k(m1 +m2 )
m1 m2 .
1
2
2)
(a) Moment of inertia about O is I =
2
I = ml .
3
(b) Equation

Assignment 10: Physics 105 Fall 2010
November 16, 2010
Problem 10.2
The total energy of a uniform wheel is
1
1
T = M v 2 + I 2
2
2
In this case, I = 1 M R2 and v = R. To calculate the kinetic energy with respect to
2
instantaneous rest point, we may apply

Assignment 10: Physics 105 Fall 2010
November 30, 2010
Problem 11.5
Equation of motion:
m1 x1 = k1 x1 + k2 (x2 x1 )
m2 x2 = k2 (x2 x1 )
x1 and x2 are assumed to be the displacement from the equilibrium position. The normal
frequency satises the relation
2

Lecture 5
Haplorhini, Part 1: Tarsiers and Platyrrhines
Last time
Strepsirhines
Today: Haplorhini, Part 1
Suborder Strepsirhini
Suborder Haplorhini
1
Major Primate Taxa
Strepsirhini
Tarsiiformes
Platyrrhini
Cercopithecoidea
Hominoidea
Suborder Haplorhini

Lecture 6
Living Cercopithecoidea
Last time: Haplorhines,
Tarsiers and Platyrrhini
Today, Catarrhines and the Cercopithecoidea
Major Primate Taxa
Strepsirhini
Tarsiiformes
Platyrrhini
Cercopithecoidea
Hominoidea
1
Catarrhines are a closely related,
monoph

Lecture 7
The Superfamily Hominoidea:
Apes and People
Major Primate Taxa
Strepsirhini
Tarsiiformes
Platyrrhini
Cercopithecoidea
Hominoidea
Superfamily Hominoidea
Hylobates
Pongo
Fa
mi
ly
H
Gorilla
ylo
Fa
mi
ly
P
ba
tid
ae
on
Pan
Homo
gid
ae
Family Hominid