Is There a Derivative for Our Own Lives?

[mathscience]

Newton discovered the derivative of a function. But what if we used that same methodology and applied it to our own lives?

What I mean is, what if there were a specific derivative to our own life?

Just a thought.

 

[micromass]

That would help you with integrating in society.

 

[Jimmy Snyder]

I always try to derive pleasure from life, avoid going down any slippery slopes, and have regular functions. My life has been increasing exponentially though so taking the derivative won't change anything.

 

[phinds]

I always try to derive pleasure from life, avoid going down any slippery slopes, and have regular functions. My life has been increasing exponentially though so taking the derivative won't change anything.

It's those regular functions that are the most important. I just HATE it when my functions go irregular on me.

 

[jtbell]

I prefer my functions to be discrete rather than continuous.

 

[Borek]

If the specific derivative is effective enough to change the way you function, it usually becomes a controlled substance.

 

[Moonbear]

I prefer my functions to be discrete rather than continuous.

I prefer they be discreet as well as discrete.

 

[Tosh5457]

Newton discovered the derivative of a function. But what if we used that same methodology and applied it to our own lives?

What I mean is, what if there were a specific derivative to our own life?

Just a thought.

It's just a matter of defining it

 

[Pythagorean]

Newton discovered the derivative of a function. But what if we used that same methodology and applied it to our own lives?

What I mean is, what if there were a specific derivative to our own life?

Just a thought.

do offspring count?

 

[lisab]

do offspring count?

:rofl: that's a funny thought - introducing your children as your derivatives...

 

[micromass]

:rofl: that's a funny thought - introducing your children as your derivatives...

So my parents are integrals??

 

[Pythagorean]

So my parents are integrals??

they were definitely integral to your derivative

 

[micromass]

they were definitely integral to your derivative

That makes them really smooth.

 

[Pythagorean]

At least one of them had to be. The other probably had to set limits.

 

[micromass]

At least one of them had to be. The other probably had to set limits.

I know they were very open about things. They rarely had divergent thoughts.

 

[Moonbear]

That makes them really smooth.

Yes. If they didn't integrate, and instead used the trapezoid rule, they'd be step parents.

 

[jim hardy]

life being a state of never-ending growth and change, it's the second derivative we ought to watch.

 

[Ygggdrasil]

Yeah but don't go too far with that. If you bring up the third derivative, you're going to sound like a jerk.

 

[Pythagorean]

Yeah but don't go too far with that. If you bring up the third derivative, you're going to sound like a jerk.

But it can be reversed by a fourth mention. Jerks can change.

 

[PRodQuanta]

I'm so sad I read this forum post...

 

[phinds]

I'm so sad I read this forum post...

What? You mean to say you didn't derive any pleasure from it?

 

[Chi Meson]

Think think think...

uh, slope, area under the curve, partial derivative, "as time goes to infinity," "as my patience approaches zero," ...

dang it, something's there, but I can't put it together!

 

[lisab]

Think think think...

uh, slope, area under the curve, partial derivative, "as time goes to infinity," "as my patience approaches zero," ...

dang it, something's there, but I can't put it together!

Maybe your deriver's license has expired.

 

[Jimmy Snyder]

Think think think...

uh, slope, area under the curve, partial derivative, "as time goes to infinity," "as my patience approaches zero," ...

dang it, something's there, but I can't put it together!

A man's got to know his limits.

 

[Chi Meson]

Maybe your deriver's license has expired.

d'oh!

A man's got to know his limits.

d'oh/d't!

 

[Jimmy Snyder]

Calculus for dummies?

 

[jtbell]

Dummy variables are often useful in calculating an integral or a derivative. You just have to explain carefully what they're doing, so they don't get confused.

 

[Chi Meson]

I thought for sure this was going to be a locked thread by now. That was a trollish question it seemed. OP? Are you there?

 

[phinds]

I thought for sure this was going to be a locked thread by now. That was a trollish question it seemed. OP? Are you there?

A drive-by it would seem, which is a shame since we have provided so much that he could integrate into his thought process.

 

[jtbell]

Maybe we derove him out of his mind.

 

[mathscience]

This was not a troll question. It's only a General Discussion type question.

I'm sure anyone who has studied Calculus has at some point applied some of the principles to their own life, probably to relate to it and understand it better.

That's hardly controversial.

 

[Chi Meson]

Oh there you are! Do forgive me, the question had the earmarks of a "set up" where the poster would come back and say something like "all aspects of life ultimately derive down to one constant, [deity]" Glad to see that's not the case. Though it was a good response thread...

Well then you deserve an honest answer to your question... ahem...

no. I find myself applying calculus principles all the time, but only to figure out quantifiable problems. The core of calculus requires that you know the functions, the proportionalities, of interacting variables. Although our biophysical responses in our brains could be ultimately described as functions, they'd be so complicated and inter-dependent with outside variables they'd be unpredictably chaotic. A simple task such as choosing a toothpaste would be described as the most complicated differential equation
Edward Witten has ever seen.

 

[jhae2.718]

But isn't the thread closed if it remains within its proper bounds?

 

[jim hardy]

""I'm sure anyone who has studied Calculus has at some point applied some of the principles to their own life, probably to relate to it and understand it better. ""

Calculus is logical. Human behavior is illogical.

Life is lived forward but understood backward , so in that regard life is a feedback loop.

Math of feedback loops is its own field and i find feedback theory far more directly applicable to life than is calculus, though feedback is pretty intense in its use of calculus..

I recommend "Psychocybernetics" by Maxwell Maltz. It is a book that suggests applying feedback principles to everyday life.
https://www.amazon.com/dp/0671700758/?tag=pfamazon01-20

Also TI's introduction to feedback,
http://www.ti.com/lit/ml/sloa077/sloa077.pdf

If A describes one's behavior
and B describes self examination and adjustment of behavior

feedback theory says the result is A / (1 + A*B) which will be normally smaller than A.

so when life is undergoing wild and crazy swings, i apply some introspection and feedback.


old jim

 

[mathscience]

One math principle that might apply to life is the slope. If your life is going poorly, you have a negative slope. If your life is going well, you have a positive slope.