Friday, November 27, 2009
Monday, November 23, 2009
Some of our Problems
Money is a renewable resource (cotton and ink printed by the federal government in a pattern), everytime you take out a loan from the bank, that IOU is loaned out to other banks and that IOU is loaned out again and again ad infitum, in effect breeding 90% of the previous value each time it gets loaned to a new bank within the federal banking system (sum(.9^0 + .9^1 +...+.9^n+....9^infinite)=10), thereby for every $1.00 loan you take out, the banks can take that IOU money and sequentially loan it out to a different bank which can loan that out to another bank, etc, until there is a maximum federal banking amount of $10.00 (ten times) in IOUs or until an indivisible penny is left. The problem we have is an exploding overpopulation of high risk takers and phoney IOUs (thereby rich bankers) and a drastic underpopulation of honest people with financial integrity.
The other problem is that we are all very resource inefficient and produce a lot of garbage in the name of convenience, and that garbage thereby produces a lot of ozone depleting methane, plastic bags blow in the wind and end up clogging the oceanic gyres, etc. However, that garbage that we produce still has the potential of being a resource jackpot if it were better sorted and managed.
Saturday, November 21, 2009
Fourier Analysis and Linear ODE's
Fourier Anylisis (where omega, w = 2pi/T)

Specific Fourier Waveforms

0th and 1st order differential equations

2nd order differential equations

Note - This tailor approximation method can be used for simplifying things for obtaining approximate numerical solutions for given input functions

nth order linear ODE's and transfer functions

Rules for Laplace Transforms

Laplace Transforms for specific functions

Special differential equation forms

- Sources
Pictures 1,3,4,6 are my personal notes
Pictures 2,5,9 taken from Wolfram's Mathword
Pictures 7,8 taken from Laplace Transform Tables
Specific Fourier Waveforms

0th and 1st order differential equations

2nd order differential equations

Note - This tailor approximation method can be used for simplifying things for obtaining approximate numerical solutions for given input functions
nth order linear ODE's and transfer functions

Rules for Laplace Transforms
Laplace Transforms for specific functions
Special differential equation forms
- Sources
Pictures 1,3,4,6 are my personal notes
Pictures 2,5,9 taken from Wolfram's Mathword
Pictures 7,8 taken from Laplace Transform Tables
Thursday, November 19, 2009
Wednesday, November 18, 2009
On Peace
Peace is the absense of conflict, of course it could just be the eye of the storm though, that weightless feeling before realizing you don't have a parachute on, that moment of calm before you realize that wild monkeys are sneaking up to assault you, that false sense of security one gets just before T-rex bites your porta-john in half. The biggest myth of all is that peace can be everlasting, for nature is always out to get you....the realization of that is, ironically, very peaceful.
Tuesday, November 17, 2009
Sunday, November 15, 2009
A Modernized Proverb
Proverbs 14:4 - Where no oxen are, the manger is clean, But much revenue comes by the strength of the ox
(Modern equivalent - Where no industrial machines are, there are no industrial waste emissions, But much revenue comes by the strength of the industrial machine)
(Modern equivalent - Where no industrial machines are, there are no industrial waste emissions, But much revenue comes by the strength of the industrial machine)
Labels:
Capitalism,
Educational,
Physics,
Secular Proverbs
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