

WhataBohr
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Profile Information
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Location
Burnaby
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Interests
cycling, outdoors, playing sports, tree climbing, skiing
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College Major/Degree
University of Victoria Physics Bachelors
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Favorite Area of Science
Relativity, Classical Mechanics, mathematics
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Biography
voracious reader
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I have seen brackets by peoples name like lepton, quark etc... what are those?? also some people are moderators and experts how does that happen??
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I was watching Stars Wars over the weekend and the death star got me thinking Could a gamma ray burst from outer space which generates about10^47 J aimed at earth destroy the planet.. I think it would be enough to at least destroy the atmosphere... any thoughts out there...
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collected papers of Pauli, Heiseinberg, Broglie etc.
WhataBohr replied to emre's topic in Quantum Theory
i have collection of papers by einstien for sure in DJVU format not sure about heisenberg i would have to look... interested? -
i read a while back about red giants expansions based on mass, luminosity and graviation... Called " On winds of giants to binary systems by A.Frankowski..... it will should anwser your questions
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thanks for the info about latex capability for i am new to this site. I will try to be more complete in my discussions....
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some say motion is an illusion... however a good book to start with is motion mountain a physics textbook it is well written for the beginner.. You can download it in pdf format and free as well. They discuss what is motion is depth
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for what i remember a star will go to a red giant dependant on it mass(.5-10 solar masses) but i suggest maybe looking the Hertzsprung - Russell diagram to help in the evolution of stars it may be helpful
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you might what to take a look at quantum general relativity.. it predicts violent flunctuations in the geometry of spacetime at distances in order of plancks length.. an interesting subject..
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my point was that complex analysis deals with many different topics that the poster ignoring and is worth learning more about. ie residues , poles etc Merged post follows: Consecutive posts mergedf(z) = u(x,y) + iv(x,y) for those math guys so apply Cauchy riemann equations to that....
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i prefer to think of gravity in a GR way. Our universe has a distinct geometry and its this geometry that determines gravity and its matter(mass) that determines the geometry,,,.. like the dips on an apple..
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equations to look at is the Helmholtz equation.. describes the wave equations
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q = wK + du/dt (1st law of thermodynamics) where Q is the heat transfer rate and Wk is the work transfer rate. They may be expressed in joules per second (J/s) or watts (W). The derivative dU/dt is the rate of change of internal thermal energy, U, with time, t.
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seems odd.. you might want to look at rolle theorem perhaps
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question about ordinary differential equations
WhataBohr replied to heikediguoren's topic in Homework Help
ODE is defines as F(y,y',y'') =0 the 2nd equations appears to be a nonlinear eqn -
use the following identites sin2x = 2sinxcosx cos2x = 1-2sin^2x cos3x = 4cos^3x - 3cosx sin3x = 3sinx -4sin^3x - sinx i did the proof its actually pretty simple.. good luck