What Makes Analog Circuits So Fascinating?

[Winzer]

So what are they?
Mine are as follows:

Differential Equations= Honors
Linear Algebra- Honors
Analog Circuits
Modern Physics- Honors
Engineering Thermodynamics
Physical Education

 

[Cyrus]

2 math courses and aerospace course for audit.

Advanced Calculus
Analysis
PDE's
Complex Analysis
Linear Algerba
Applied Harmonic Analysis
Transform Methods for Scientists and Engineers
Aerospace Controls [PID] (Audit)

...lots of choices. I am really looking forward to a semester of just applied math, but a bit nervous as its been almost 2.5 years since my last math course!

Im sure I forgot a lot of very BASIC stuff.

 

[Winzer]

Those look like some fun courses!

 

[dontdisturbmycircles]

Calc III
Electromagnetism
Design course
General Chem
C++ course

Shouldn't be too bad at all :-).

 

[binzing]

More pre ap- english, pre ap- physical science, geometry, video journalism, computers, and gifted.

 

[JasonRox]

Cryptography and Number Theory
Combinatorics
Mathematics with Computer Applications
Honours Thesis

 

[Winzer]

Number theory would be an awesome course to take, not sure what prereqs are though.

 

[Contrapositive]

Computer Organization II
Data Structures
Speech
French II

 

[rocomath]

Calc III
Physics E&M

I'm lazy this sem.

 

[moose]

It looks like I will have

Philosophical Perspective on the Individual (wtf?)
Classical Mythology
Thermodynamics and Optics
Intro Chem
Some math course

 

[binzing]

there's a course out our high school called "Lifetime Leisure" so yeah Moose, there's some weird ones out there.

 

[DeadWolfe]

Noncommutative rings
Functional Analysis
Linear Algebra
Analytic Dynamics
Philosophy of Mind

 

[morphism]

Algebraic Number Theory
Noncommutative Algebra (basically the structure theory of noncommutative rings + representation theory of finite groups)
Banach Algebras & Operator Theory
Measure & Integration (a second course)
French

I'm really looking forward to this term - all the courses look very interesting - let's hope they are!

 

[Defennder]

Whats Analytic Dynamics?

 

[dontdisturbmycircles]

So what are they?
Mine are as follows:

Differential Equations= Honors
Linear Algebra- Honors
Modern Physics- Honors
Engineering Thermodynamics

These courses look very interesting. I am going to miss linear algebra next semester.

 

[Winzer]

Calc III
Electromagnetism
Design course
General Chem
C++ course

Shouldn't be too bad at all :-).

I really enjoyed E&M/optics and Calc III(vector calc is the bomb)

 

[Winzer]

Algebraic Number Theory
Noncommutative Algebra (basically the structure theory of noncommutative rings + representation theory of finite groups)
Banach Algebras & Operator Theory
Measure & Integration (a second course)
French

I'm really looking forward to this term - all the courses look very interesting - let's hope they are!

I'm jelous morphism, except the French

 

[jostpuur]

I haven't decided all courses for sure yet, but these ones are absolute:

General Relativity (finally!)
String Theory
Algebraic Topology
Real Analysis

 

[Andre]

stable isotope physics
hydrology
glaciology
radiometric dating

but that's free time

 

[Winzer]

I haven't decided all courses for sure yet, but these ones are absolute:

General Relativity (finally!)
String Theory
Algebraic Topology
Real Analysis

General Relativity sounds like fun, i wonder what the math prereqs are?

 

[scorpa]

Just because I have to be different:

Pathogenic Microbiology
Clinical Biochemistry
Hemostasis
Transfusion Medicine
Physiology
Histology

 

[dontdisturbmycircles]

I really enjoyed E&M/optics and Calc III(vector calc is the bomb)

I am actually trying to get a head start on the vector calc right now. :) I breezed through partial derivs and multi integrals (without doing many application type chapters) in 7 days so that I could do VC.

 

[DeadWolfe]

I'm also jealous of morphism.

 

[z-component]

Dynamics
Mechanical Response of Engineering Materials
Experimental Determination of Mechanical Response of Materials
Introduction to Thermal Science
Ordinary Differential Equations
Food Science

 

[arunma]

I've got these:

Quantum Mechanics II
Particle/Nuclear Physics
Statistical Mechanics

The joys of grad school: only three classes, and not one of them is liberal arts! Too bad the homework will take 170 hours per week.

 

[Physics_UG]

2 math courses and aerospace course for audit.

Advanced Calculus
Analysis
PDE's
Complex Analysis
Linear Algerba
Applied Harmonic Analysis
Transform Methods for Scientists and Engineers
Aerospace Controls [PID] (Audit)

...lots of choices. I am really looking forward to a semester of just applied math, but a bit nervous as its been almost 2.5 years since my last math course!

Im sure I forgot a lot of very BASIC stuff.

I assume this is a joke...

 

[Physics_UG]

I am taking later shakespeare, senior projects II, and quantum mechanics. yay for my final year.

 

[mbrmbrg]

Logic
Classical Mechanics
Women in the Bible
Hebrew Conversation
General Chemistry II
Thermodynamics
Physics Colloquium (OK, so it's not a class. But I get credits for it!)

 

[Winzer]

I've got these:

Quantum Mechanics II
Particle/Nuclear Physics
Statistical Mechanics

The joys of grad school: only three classes, and not one of them is liberal arts! Too bad the homework will take 170 hours per week.

Statistical I here is very interesting and math intensive. I will eventually take it.

I am actually trying to get a head start on the vector calc right now. :) I breezed through partial derivs and multi integrals (without doing many application type chapters) in 7 days so that I could do VC.

Vector Calc isn't hard at all, but it is very fun and interesting. Go Stokes and Gauss!
I have also covered all my course material up until spring break, so I am good to go.

 

[arunma]

Statistical I here is very interesting and math intensive. I will eventually take it.

I'm actually looking forward to it. I took statistical in undergrad, but I didn't understand that much. Basically everyone in my class has the same experience: we all took it in undergrad, got A's, and didn't have a clue what was going on. I'm hoping that I'll get more out of it as a grad student. What I really want to know is how you can figure out everything about a system just by knowing that magical "partition function."