6,488 reputation
52043
bio website wafflescrazypeanut.wordpress.…
location Chennai, India
age 19
visits member for 2 years
seen 9 hours ago

Crazy amateur studying Aeronautics learning Physics (Wanna know how much I love Physics?)

I spend most of my time reading stuff in the internet, especially Stack Exchange (Wanna know how Stack Exchange changed me?). Then, I'll be coding, gaming, lurking in Facebook, Twitter, Google+ and my new blog. When situation forces me to get up from my PC, I juggle...

                 


Aug
26
reviewed Close Is there in quantum physics really a coincidence?
Aug
26
reviewed Leave Closed The Thermodynamic Limit of Quantum Statistical Mechanics & Interpretation of Quantum Field Theory
Aug
4
awarded  Yearling
Aug
1
accepted Would magnetic flux be necessary for analogous systems?
Aug
1
comment Would magnetic flux be necessary for analogous systems?
Hmmm... That's an useful link. Looks like you've given the inverse relations $V\to F$ and $I\to F$. Based on your link (and Phonon's argument), I might guess that the current-source equivalent is (probably) mathematical, and so I don't think I should expect any intuitive explanation for that. Anyways, thanks for your answer :)
Aug
1
comment Would magnetic flux be necessary for analogous systems?
Yep, I agree with your argument that voltage can be thought of as change in magnetic flux. Thanks :)
Jul
31
comment Would magnetic flux be necessary for analogous systems?
@Floris: I've revised my question with a sample of the differential equations which obviously show my confusion :)
Jul
31
revised Would magnetic flux be necessary for analogous systems?
added 491 characters in body
Jul
31
revised Would magnetic flux be necessary for analogous systems?
added 52 characters in body
Jul
31
comment Would magnetic flux be necessary for analogous systems?
Dear @Luboš: Well, I'm able to understand the equivalence for the $F\to V$ system quite well. Can you specify which of those entries disagree? In his lecture, Feynman addressed only the voltage-analogous system (which I understand just fine). Only the latter entries (for the current-analog) are confusing me (which wasn't addressed by Feynman)
Jul
31
asked Would magnetic flux be necessary for analogous systems?
Jun
22
revised What determines the speed of waves in water?
deleted 9 characters in body
Jun
19
revised What is the nature of electric field? is it quantized? is it a wave?
edited tags
Jun
14
comment Why don't rockets tip over when they launch?
@karthikeyan: The author has accepted the answer, which implies that he's convinced ;-)
May
19
comment Why does a system try to minimize potential energy?
Shouldn't the conversation be other way around? Physicists develop theories based on experiments, and don't really ask "why" questions (that applies to physics students too) as they're aware of the fact that "why" questions can't be answered! Only beginners find it hard to interpret.
May
10
reviewed Close Is entropy a dynamical quantity
May
10
reviewed Approve suggested edit on Why does a water drop on a hot plate at $150^o C$ evaporate faster than on a plate at $200^o C$?
May
9
comment Black-holes are in which state of matter?
(sigh) Blackholes aren't infinitesimal. They're finite in size, and have a finite mass. You're talking about the center of the blackhole (the singularity) where the laws break down while I'm talking about the entire blackhole!
May
9
revised Black-holes are in which state of matter?
fixed formatting, removed unnecessary ellipsis
May
9
comment Black-holes are in which state of matter?
The text you've quoted mentions about the mathematical singularity which isn't matter (yeah, but) the question which I intended to ask then, was about the form of matter that makes the black hole itself, not the singularity!