Search and seizure warrant. Yes, sir.

Indeed the seizure of your Lord is very severe.

You die because oxygen toxicity can cause a seizure.

He had an oxygen toxicity seizure and he drowned.

And similar is the seizure of your Lord when He seizes the townships upon their injustice indeed His seizure is painful, severe.

And in future videos I'll show you the foci of a hyperbola or the the foci of a well, it only has one focus of a parabola.

The Fourth Amendment is the right to search and seizure.

He's got some seizure disorder. And you don't understand this.

In order to find the exact location of the seizure onset, doctors embed electrodes directly into the patient's brain around the suspected seizure center.

And thus is the seizure of your Lord when He seizes the cities while they are committing wrong. Indeed, His seizure is painful and severe.

Such is the Seizure of your Lord when He seizes the (population of) towns while they are doing wrong. Verily, His Seizure is painful, and severe.

And we could use that information to actually figure out where the foci lie.

But Pharaoh disobeyed the messenger, so We seized him with a ruinous seizure.

After Justin was given anti seizure medication, the change in him was amazing.

Now in the hyperbola, what is the difference of the distances to the two foci?

But the whole point of this video is to discuss foci, and you might have guessed and I did touch on it in the last video that hyperbola also have foci, but they open.

The day when We will seize with the greatest seizure We will indeed take revenge.

And indeed he had warned them of Our seizure in response they doubted the warnings.

In response Firaun disobeyed the Noble Messenger, so We seized him with a severe seizure.

And certainly he warned them of Our violent seizure, but they obstinately disputed the warning.

However, We shall truly take Our revenge on the day when the great seizure takes place.

Now, we said that we have these two foci that are symmetric around the center of the ellipse.

They therefore disobeyed the Noble Messengers of their Lord so He seized them with an intense seizure.

They rejected Our signs, all of them, so We seized them the seizure of an Almighty Omnipotent.

They, too, rejected all Our signs. So We seized them with the seizure of One Mighty, Omnipotent.

So the entire time, the contents, the sum of the distances to the two foci was equal to 2a.

Now, the next thing, now that we've realized that, is how do we figure out where these foci stand.

They denied all Our signs, We therefore seized them the seizure of the Most Honourable, the All Powerful.

On the day when We shall seize them with the greater seizure, (then) in truth We shall punish.

And they disobeyed the messenger of their Lord, so He seized them with a seizure exceeding in severity .

It's got to be robust to attack, including closing the main index, injecting malicious files, armed seizure of some major nodes.

They denied Our signs, all of them, so We seized them with a seizure of one Exalted in Might and Perfect in Ability.

And this shows what an electroencephalogram is, and on the left is the signal of a spontaneous seizure of one of the patients.

There's no way to know in advance when a seizure will occur, so the patients are always at risk of unexpectedly losing control.

In the last video, we learned that an ellipse can be defined as the locus of all points where the sum of the distances to two special points, called foci and let me draw this all out, so that's my x axis the sum of the distance to these two special points, called focuses or foci, is a constant.

(They) belied all Our Signs, so We seized them with a Seizure of the All Mighty, All Capable to carry out what he Will (Omnipotent).

So, anyway, this is the really neat thing about conic sections, is they have these interesting properties in relation to these foci or in relation to these focus points.

Yes, now we want the patient to have a seizure so doctors can use the embedded electrodes to measure it and learn exactly where its origin was.

The patient then stays in the hospital for a few days, waiting to have a seizure with the electrodes constantly recording the activity inside his or her brain.

Now I did all of that to kind of compare it to what we're going to cover in this video, which is the focus points or the foci of a hyperbola.

And then I have this distance over here, so I'm taking any point on that ellipse, or this particular point, and I'm measuring the distance to each of these two foci.

Then we stimulated, and you see how that heavy black line and then you see the electroencephalogram signal going to normal, which means they did not get the epileptic seizure.

Say, y minus 1 is equal to 2 times x minus 3 squared, we can graph this and draw the focus fairly and actually it's foci, if there was more than one focus.

And for those who disbelieved is the fire of hell neither does their final seizure come that they may die, nor is its punishment lightened for them this is how We punish every extremely ungrateful person.

But anyway, let's draw a graphical representation of all this just to make sure we understand, or we re understand, or better understand what the foci points are and where they sit on the hyperbola So those are my axis.