Fine Structure Constant

So plus f1 of x, that's just the first function, times the derivative of the second function.

This paradox is what got me interested in complex systems.

I get asked all of the time from people,

Common Indic Number Forms

There are innumerable stars in the galaxy.

These are just a few examples.

They all deserved to win, but there's the element of luck.

There's more mass in the microbes than the mass of our brain.

So they wrote 19 as XlX.

In the U.S., when we hear the word race, a lot of people think that means African American,

Who killed bin Ladenism? Al Jazeera did,

I want to talk about the election.

A function that is differentiable everywhere is continuous.

If we go down the small pathway a little bit farther, we're entering the era of nanomedicine, the ability to make devices super small to the point where we can design red blood cells or microrobots that will monitor our blood system or immune system, or even those that might clear out the clots from our arteries.

What is a differential equation?

Now you add that to the derivative of the second function times the first function.

This is true because there become more and more sequences.

The number 19 was a cattle hobble and nine rods.

If you have a polynomial, you could have more than one values of x that satisfy this equation.

In fact I'm sorry to inform you that inside of your digestive tract is about 10 pounds of microbes which you're circulating through your body quite a bit.

In general, the derivative with respect to x of X 2 plus any constant, any constant, is going to be equal to 2X.

Here is my solution.

There are thousands upon thousands of different kinds of microbes on us.

And this is actually a separable differential equation in and of itself.

So that's the back propagation algorithm and how you compute derivatives of your cost function for a neural network.

So, let's see what this, this equation will do.

Many people suspect that just as we've gone from believing in one solar system to zillions of solar systems, one galaxy to many galaxies, we have to go to many Big Bangs from one Big Bang, perhaps these many Big Bangs displaying an immense variety of properties.

The solution to a differential equation is not a number, it is a function.

And as we see right here, we have the derivative.

Whereas any outcome in the region over here is okay, so we accept it.

So we could write mu of x is equal to d, the derivative of mu with respect to x, times x.

0, 100 and 400 models have this type.

So we count many, many such planets, and they have different sizes.

You don't get one kitten. You get a bunch.

And if it's an exact equation, that tells us that there exists a psi, such that the derivative of psi of x, y is equal to 0, or psi of x, y is equal to c, is a solution of this equation.

So this is a traditional equation and your solution was just a value you solved for the variable.

The derivative of X 2 with respect to X is 2X

The derivative of X 2 is 2X, the derivative with respect to X of pi of a constant is just 0.

So first of all, what is the order of this differential equation?

In total, we are talking about 120 variables in a dynamic system of differential equations.

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