Getbig.com: American Bodybuilding, Fitness and Figure
Getbig Main Boards => Gossip & Opinions => Topic started by: Marty Champions on November 13, 2014, 05:03:32 PM
-
Doesnt know anything about electricity he said he wauld watch the mit vid but no response
Look up walter lewin
Adonis youre a bitch bro i bet u didnt even watch
-
I like Walter's Sister , she has the "spark"
-
Johnny Falcon, do you think that True Adonis has failed at competing with your intellect?
Have you studied dynamical systems yet?
http://en.wikipedia.org/wiki/Dynamical_system
A dynamical system is a concept in mathematics where a fixed rule describes how a point in a geometrical space depends on time. Examples include the mathematical models that describe the swinging of a clock pendulum, the flow of water in a pipe, and the number of fish each springtime in a lake.
At any given time a dynamical system has a state given by a set of real numbers (a vector) that can be represented by a point in an appropriate state space (a geometrical manifold). Small changes in the state of the system create small changes in the numbers. The evolution rule of the dynamical system is a fixed rule that describes what future states follow from the current state. The rule is deterministic; in other words, for a given time interval only one future state follows from the current state.
-
he's likely busy with johnny cakes
-
did the great daddywaddy compete against the true adonis in the first mr getbig contest?
-
An Adonis is just an Adonis. :D
-
Doesnt know anything about electricity he said he wauld watch the mit vid but no response
Look up walter lewin
Adonis youre a bitch bro i bet u didnt even watch
I am still catching up on it. He is one of the best teachers for sure. I will definitely want to discuss some of this with you.
Meanwhile, Enjoy:
-
Why does this subject interest you what am i missing ..seems like a gps modeling?
Johnny Falcon, do you think that True Adonis has failed at competing with your intellect?
Have you studied dynamical systems yet?
http://en.wikipedia.org/wiki/Dynamical_system
A dynamical system is a concept in mathematics where a fixed rule describes how a point in a geometrical space depends on time. Examples include the mathematical models that describe the swinging of a clock pendulum, the flow of water in a pipe, and the number of fish each springtime in a lake.
At any given time a dynamical system has a state given by a set of real numbers (a vector) that can be represented by a point in an appropriate state space (a geometrical manifold). Small changes in the state of the system create small changes in the numbers. The evolution rule of the dynamical system is a fixed rule that describes what future states follow from the current state. The rule is deterministic; in other words, for a given time interval only one future state follows from the current state.
-
Why does this subject interest you what am i missing ..seems like a gps modeling?
It allows you to predict the future, or the past :o
-
It allows you to predict the future, or the past :o
only if u could identify all the variables wich tend to just give rise to more variables .. wich is at least progression in a lesser sense
-
Why does this subject interest you what am i missing ..seems like a gps modeling?
Dynamical systems or chaos theory can be applied to many different areas of study, including physics, sociology, anthropology, psychology, mathematics, organizations/businesses, meteorology, engineering, biology, and philosophy, etc. Thus, their applicability and effect on the world is much greater than studying electricity. How the theory applies to each discipline is important.
I urge you to look more deeply into dynamical systems/chaos theory.
-
only if u could identify all the variables wich tend to just give rise to more variables .. wich is at least progression in a lesser sense
This is correct I think yes
-
Dynamical systems or chaos theory can be applied to many different areas of study, including physics, sociology, anthropology, psychology, mathematics, organizations/businesses, meteorology, engineering, biology, and philosophy, etc. Thus, their applicability and effect on the world is much greater than studying electricity. How the theory applies to each discipline is important.
I urge you to look more deeply into dynamical systems/chaos theory.
i will but to me it just seems like good ol fashioned reasoning when approaching problems
But in electricity theres alot of hows and whys im not aware of thus i cant use dynamical systems till i know all the" players"
-
Is it wrong to find electricity not all that interesting? Dude flew a kite and got shocked, big deal.
-
Is it wrong to find electricity not all that interesting? Dude flew a kite and got shocked, big deal.
why is it so powerful
can it make us more powerful
Does it know time if so what rate
Ect ect
-
Does it know time if so what rate
Ect ect
Are you asking me if electricity can tell time?
-
Are you asking me if electricity can tell time?
does it undergo significant changes like we do in small time frame
-
i will but to me it just seems like good ol fashioned reasoning when approaching problems
But in electricity theres alot of hows and whys im not aware of thus i cant use dynamical systems till i know all the" players"
Clearly dynamical systems cannot be explained by just good ol fashioned reasoning:
A means of describing how one state develops into another state over the course of time. Technically, a dynamical system is a smooth action of the reals or the integers on another object (usually a manifold). When the reals are acting, the system is called a continuous dynamical system, and when the integers are acting, the system is called a discrete dynamical system. If f is any continuous function, then the evolution of a variable x can be given by the formula
x_(n+1)=f(x_n).
(1)
This equation can also be viewed as a difference equation
x_(n+1)-x_n=f(x_n)-x_n,
(2)
so defining
g(x)=f(x)-x
(3)
gives
x_(n+1)-x_n=g(x_n)*1,
(4)
which can be read "as n changes by 1 unit, x changes by g(x)." This is the discrete analog of the differential equation
x^'(n)=g(x(n)).
-
does it undergo significant changes like we do in small time frame
Talking to the wrong guy, J. No clue or interest, sorry. Have noticed you don't mention the heme as much anymore, with all this electro-preoccupation and whatnot. What brought on the sudden interest?
I'm dedicating this to you, my friend.
-
Sounds like numbers with exponents and variables what am i missing ill check wiki
Clearly dynamical systems cannot be explained by just good ol fashioned reasoning:
A means of describing how one state develops into another state over the course of time. Technically, a dynamical system is a smooth action of the reals or the integers on another object (usually a manifold). When the reals are acting, the system is called a continuous dynamical system, and when the integers are acting, the system is called a discrete dynamical system. If f is any continuous function, then the evolution of a variable x can be given by the formula
x_(n+1)=f(x_n).
(1)
This equation can also be viewed as a difference equation
x_(n+1)-x_n=f(x_n)-x_n,
(2)
so defining
g(x)=f(x)-x
(3)
gives
x_(n+1)-x_n=g(x_n)*1,
(4)
which can be read "as n changes by 1 unit, x changes by g(x)." This is the discrete analog of the differential equation
x^'(n)=g(x(n)).
-
Sounds like numbers with exponents and variables what am i missing ill check wiki
if dynamical systems can be easily understood with good ol reasoning, can you explain those equations? ??? ???
-
if dynamical systems can be easily understood with good ol reasoning, can you explain those equations? ??? ???
just identify the vaiables i have no idea the values of f,x or n
-
just identify the vaiables i have no idea the values of f,x or n
If dynamical systems are just some good ol fashioning reasoning, then why are professors still studying the topic?
I guess you understand them better than the professors? ???
-
If dynamical systems are just some good ol fashioning reasoning, then why are professors still studying the topic?
I guess you understand them better than the professors? ???
u cant solve an eqaution if u dont give avalue to the exponent in a real situation
-
SF, why do you keep "discussing" with this idiot? You are getbig "veteran", it takes maybe 5 minutes for a newbie to understand that this guy is an idiot and you could just as well talk about physics with internet bot or your dog.
-
SF, why do you keep "discussing" with this idiot? You are getbig "veteran", it takes maybe 5 minutes for a newbie to understand that this guy is an idiot and you could just as well talk about physics with internet bot or your dog.
You're right. Falcon is either high or delusional, or both. :-\
-
SF, why do you keep "discussing" with this idiot? You are getbig "veteran", it takes maybe 5 minutes for a newbie to understand that this guy is an idiot and you could just as well talk about physics with internet bot or your dog.
Agree, total whack job. Why come on a BB forum and incoherently rant about electricity?
-
Agree, total whack job. Why come on a BB forum and incoherently rant about electricity?
People who were here before me and remember him as Daddy-Waddy or whatever claim he used to post with sense. So it is either some mental issues or drugs. Personally I believe it is the former but I am not a specialist in this field and either way it is hard to diagnose someone on internet.
Real question is, why is he still tolerated while his posts have just as much value as Shitzos. Many people here forgive him a lot because of the fact that he used to be big and in shape. What the fuck?
-
You're right. Falcon is either high or delusional, or both. :-\
just answer the question
I know ab=ba but thats all im seeing , plug in the numbers
-
SF, why do you keep "discussing" with this idiot? You are getbig "veteran", it takes maybe 5 minutes for a newbie to understand that this guy is an idiot and you could just as well talk about physics with internet bot or your dog.
you see i give notations
Gravity=9.80 meters/sec
________
sec
In plain english(wich i like better) this meansthat after 1 second an object is dropped it goes 9.8 meters after 2 seconds it multiplys but how and why
9.8 meters a second per second in plain english
It would be easier if it was just 9.8 meters a second but its not
-
Johnny Falcon being unusually confrontational, for a White Man. ???
-
you see i give notations
Gravity=9.80 meters/sec
________
sec
In plain english(wich i like better) this meansthat after 1 second an object is dropped it goes 9.8 meters after 2 seconds it multiplys but how and why
9.8 meters a second per second in plain english
It would be easier if it was just 9.8 meters a second but its not
It accelerates at 9.8 m/s^2.
The "why" is one of the greater mysteries in the universe right now.
-
just answer the question
I know ab=ba but thats all im seeing , plug in the numbers
I can't answer the question because I am new to the topic.
If dynamical systems could easily be understood with "good ol' reasoning" then why are university professors at Harvard studying them? ::) ::) ??? ??? Oh right, youre smarter than Harvard professors who study this. Maybe you can teach them about dynamic systems with your good ol' reasoning. ::) ::)
XXX- Associate Professor of Statistics. BTech, Indian Institute of Technology; MS and PhD, Statistics, Duke University. Statistical Inference for stochastic processes and dynamical systems. Markov Chain Monte Carlo methods and their applications to Bayesian statistics. Bayesian inverse problems for dynamical systems. Ergodic properties of diffusions, stochastic differential equations and stochastic partial differential equations. Nonparametrics, machine learning
XXX- Assistant Professor of Statistics. B.Sc. in Mathematics, University of the Fraser Valley; M.Sc. and Ph.D. in Statistics, University of British Columbia. Bayesian modelling of large-scale dynamic systems, with applications to environmetrics, structural health monitoring, and the analysis of sports. Theoretical and methodological development of spatial process models. Monte Carlo methods.
-
Start by studying Laplace transforms, they are the key to understanding the most basic linear dynamic systems.
Next step is to proceed to numerical methods and linearisation of nonlinear systems.
Etc etc.
SF why do you even bother? :D
All Johhny's ramblings can be condensed to reiterating Maxwell's four differential equations anyway.
-
Johnny Falcon's mental regression is beyond the point of no return.
-
Johnny Falcon's mental regression is beyond the point of no return.
Just made the list, buddy.
-
It accelerates at 9.8 m/s^2.
The "why" is one of the greater mysteries in the universe right now.
Pretty important differentiation there...
-
Start by studying Laplace transforms, they are the key to understanding the most basic linear dynamic systems.
Next step is to proceed to numerical methods and linearisation of nonlinear systems.
Etc etc.
SF why do you even bother? :D
All Johhny's ramblings can be condensed to reiterating Maxwell's four differential equations anyway.
Agreed. We should just appease the delusional spastic and play along with his ramblings. :D :D
-
He didn't even ask Branch a single question about electricity in this interview either
-
Insulting me is pointless
-
Sf u want me to explain something u know nothin about
At least with electricity we have facts to work with
-
Sf u want me to explain something u know nothin about
At least with electricity we have facts to work with
That is why there are professors/teachers and students. Tutors and tutees. The professor/tutor explain to the student/tuttee. He gives the student his knowledge. We all start off not knowing much, if anything. I know with your infinite knowledge you can teach me all about dynamical systems. I am like an open book that has no pages written on it. Write on my pages. You are the ink. I am the paper.
-
That is why there are professors/teachers and students. Tutors and tutees. The professor/tutor explain to the student/tuttee. He gives the student his knowledge. We all start off not knowing much, if anything. I know with your infinite knowledge you can teach me all about dynamical systems. I am like an open book that has no pages written on it. Write on my pages.
alright man at least electrity is a studyable thing
Your dynamic system seems purposefully ambiguos maybe your intention anyhow
-
alright man at least electrity is a studyable thing
Your dynamic system seems purposefully ambiguos maybe your intention anyhow
Its not ambiguous to the people who study dynamical systems thoroughly. Its only ambiguous because you have not studied it yet. And if it was not ambiguous to an extent, there would be no reason to study it.
Studying electricity is really pointless though. What have you gained from studying electricity?
-
Its not ambiguous to the people who study dynamical systems thoroughly. Its only ambiguous because you have not studied it yet. And if it was not ambiguous to an extent, there would be no reason to study it.
Studying electricity is really pointless though. What have you gained from studying electricity?
negative towards me fine but would love to hear a scenario where ds is used
U say electricity is pointless but would love to see your version of theinternet without it
-
That is why there are professors/teachers and students. Tutors and tutees. The professor/tutor explain to the student/tuttee. He gives the student his knowledge. We all start off not knowing much, if anything. I know with your infinite knowledge you can teach me all about dynamical systems. I am like an open book that has no pages written on it. Write on my pages. You are the ink. I am the paper.
You should totally write for Hallmark, broski.
-
negative towards me fine but would love to hear a scenario where ds is used
U say electricity is pointless but would love to see your version of theinternet without it
dynamical systems can be pretty much applied to any academic discipline. for example, weather patterns.
-
You should totally write for Hallmark, broski.
haha lol. Yeah, deep down inside, a poet lives within me.
I wonder if Falcon ever studied poetry.
-
haha lol. Yeah, deep down inside, a poet lives within me.
I wonder if Falcon ever studied poetry.
Johnny don't fuck around with the artsy fartsy, he's a hard science fella.
That said, don't think I've understood a single post in this thread.
-
Johnny don't fuck around with the artsy fartsy, he's a hard science fella.
That said, don't think I've understood a single post in this thread.
It is possible that Falcons intellect is vastly superior to yours and that is why youre having difficulty understanding his posts. :-\ :-\
-
That is why there are professors/teachers and students. Tutors and tutees. The professor/tutor explain to the student/tuttee. He gives the student his knowledge. We all start off not knowing much, if anything. I know with your infinite knowledge you can teach me all about dynamical systems. I am like an open book that has no pages written on it. Write on my pages. You are the ink. I am the paper.
Tootle him, Johnny. Tootle him real good.
-
Tootle him, Johnny. Tootle him real good.
You can also be my tootle. 2 tootles.
-
It is possible that Falcons intellect is vastly superior to yours and that is why youre having difficulty understanding his posts. :-\ :-\
All y'all, with your equations and exponents and variables and such. All your numbers and letters. Your f'n math. It's like eavesdropping at a Chinese laundromat.
-
dynamical systems can be pretty much applied to any academic discipline. for example, weather patterns.
ds=just a way of plotting usefull info about a subject wich can reveal unseen events past or present?
-
All y'all, with your equations and exponents and variables and such. All your numbers and letters. Your f'n math. It's like eavesdropping at a Chinese laundromat.
This is the intensity in which Falcon studies. :D :D
-
ds=just a way of plotting usefull info about a subject wich can reveal unseen events past or present?
No.
-
No.
ok so i am way off or partially?
-
If a = please, and b = stop this fucking, mathematical madness, then a+b = ?
Johnny?
-
I, for one, commend The Falcon for bettering himself through self-education. I daresay we could all learn from his example.
-
you see i give notations
Gravity=9.80 meters/sec
________
sec
In plain english(wich i like better) this meansthat after 1 second an object is dropped it goes 9.8 meters after 2 seconds it multiplys but how and why
9.8 meters a second per second in plain english
It would be easier if it was just 9.8 meters a second but its not
You see, madness, is like gravity...