Any way you do it as long you do it any reasonable way, you should get the same result.

And you might say, well, how can there be any other type of bond than that?

Now sigma bonds, which are what form when you have a single bond, these are stronger than pi bonds pi bonds come into play once you start forming double or triple bonds on top of a sigma bond.

If you dive into the math of convolution, you'll find that convolution is associative, so you could apply this one to the image and then this one over here, or you can combine these 2 guys over here into a Gaussian gradient kernel and apply this Gaussian gradient kernel to the image.

You see one gene. There are lots of genes actually that bind on FOXO.

Number one, it can't hack the temperature, we already talked about that. Number two, it's a covalently bonded substance.

So all we're doing is we're adding the vectors, and we're just scaling them up by some scaling factor, so that's why it's called a linear combination.

Let me make this clear.

So we see a bottom up approach here, because all the information, as I said, are inside the DNA.

Splits joined cells.

So the area of each of these parallelograms is 15.

So in order for these two molecules to turn into this, somehow these bonds have to be broken and new bonds have to be formed.

Now what it means is 52 times the result of adding 3 12, which is 15, times 9.

So I just showed you, I can find this vector with a linear combination.

That's around its capsid.

And we can also indicate their associativity at the same time.

One term you are going to hear a lot of in these videos, and in linear algebra in general, is the idea of a linear combination.

So imagine a monkey sitting at a keyboard.

We provide a few hints of some color that we want to add to the video, and here is the automatic result.

And I took on a role of caretaker of my home and of my siblings.

The mycelium is producing enzymes peroxidases that break carbon hydrogen bonds.

2 10 is 20.

If this guy can pretend like he's got that one, same thing.

It has 25 s character, 75 p character, which makes sense.

And so a natural way to grow was to split apart the data types, because remember, I talked about how if you don't do joins, scaling is a lot easier

And then the amino acids bond to each other when they're held like that close to each other.

Well, the other type of bond, so this right here let me make this clear.

And the answer is 0.8.

And if you'd like to build corporate structures on top of it, that's okay too.

You will notice our shackles are bound together.

And then here comes along some iodine that has a covalent bond with some other iodine.

Today everybody is the factory's owner.

And we saw that these were all sp3 hybridized orbitals around the carbon, and then they each formed sigma bonds with each of the hydrogens.

The universe cooled, allowing quarks to bind into groups of three, forming baryons.

Even if I were working in a SQL database,

By then, Mutt was born and I was married!

They've hit our EPS couplings.

We live within certain physical limits, and if you violate those limits there are swift and sudden consequences, and often pain.

It's the memory dot verbal variable.

That's decided.

But this is a high energy state, because in order for the electron, the way you can think of it, to kind of go from that bond to this bond, or this bond to that bond, or to go back, they have to enter into a higher energy state.

So the span of the 0 vector is just the 0 vector.

As I said, this agent is in us, and, in fact, here's a curious thing, it binds to the very place inside of your cells where oxygen binds, and where you burn it, and that you do this burning to live.

Over here, you connect the two molecules, the overlap is on that same axis.

I mean, the cells in our immune system are always hungry.