Complex number

Complex number

Elementary Charge

So the real part is a, the imaginary part is bi.

In future videos I'll actually do examples where we'll make more use of complex numbers.

Let me write this.

Oxygen, yes. Thermal garments...

Or we could write that as if we wanted to write that in the traditional complex form is eight thirteen plus one over thirteeni.

That's pretty much every number outside of the complex numbers.

Move the orange dot to 2 2i.

So when you add these two complex numbers you get 8 5i.

So let me do that.

I didn't have to erase what I had before.

However, grilled chicken poses a hidden danger.

Well, we have a tool in our toolkit that can make sure that we don't have an imaginary or complex number in the denominator.

I'm working on the trace elements.

This is the equation plus c.

This could be z sub two.

That equals a squared minus b squared.

Let's say I have one plus two i.

Or sometimes someone will write,

But I never saw him before in my life.

And our vertical axis is going to be the imaginary part.

For objects that are tessellated into triangles, this means a smaller tessellation factor can be given.

Atomic weight of carbon.

So, instead of having a negative five i, it will have a positive a positive 5 i.

They're conjugates of each other.

And the sign for conjugate is that line over the top.

And that tuna thinks it's going to Japan, but it's staying in place.

Blood oxygenation is good.

Where I left off in the last video was, how do we divide two complex numbers.

And an interesting exercise for you to do is, pick some random complex numbers.

And so if I multiply a complex number.

That witness is a complication.

That's interesting.

So the conjugate of ztwo is c minus d i.

And so what do we do?

A lightweight window manager able to attach multiple windows to one frame

Of course, the memory is really huge.

Then there's an important military role.

I stand relieved, sir. Come on, you're part biological, right?

This is getting monotonous.

But today, ultralight, ultrastrong materials,

Can we take a square root of a negative number?

And that's just good terminology to know.