One, trying to figure out whether the equations are exact.

Partial differential equations we'll get into later.

Please. One, one, please.

I'll come at once.

Right! Lower away together!

Shukla Bose Teaching one child at a time

But we began with the idea of one child at a time.

In an equation, you typically have one solution, or at least the ones we've solved so far.

All at once, and much... much too completely.

Lower away together!

Lower away together!

For example, factoring quadratics with leading coefficients greater than one.

And I'm getting these problems from page 80 of my old college differential equations books.

Everything's possible simultaneously.

We have one time ... To understand ...

I have separated the equations.

Both processes have occurred simultaneously, in parallel.

So they were all open at once.

Simultaneously, politicians are useless.

Let me solve all of these simultaneously.

looking out simultaneously out of two different directions at once.

And my wife and I arrived home about the same time.

That's a long time to live in one place.

That's true with regular equations or differential equations.

And the reason is because in a lot of the differential equations or a lot of engineering you actually are converting from a function of time to a function of frequency.

Only one part of a stage can be cracked at a time, however.

Exact equations.

The new radar is able to track 14 targets simultaneously while being able to simultaneously attack 6 of those.

Early versions needed to be trained with images of each character, and worked on one font at a time.

You can't do two things at once.

One I want to speak as early in the morning as possible.

Females lay 6,000 10,000 eggs at one time.

Thus, they could not be considered simultaneously.

They should therefore be examined concurrently.

We will have to address all of them at the same time.

You can only do them one at a time.

One I want to speak as early in the morning as possible.

In this video I want to introduce you to the idea of a polynomial.

And this is truly one of the most useful concepts that you'll learn, not just in differential equations, but really in mathematics.

I was able to reduce this system of equations to this system of equations.

I just told you that these equations can intersect the x axis in two places, but this only has one solution.

The biophony is all of the sound that's generated by organisms in a given habitat at one time and in one place.

And even within differential equations, we'll learn later there's a different type of homogeneous differential equation.

One big spoonful at a time, we have to embrace risk.

And you let a few million of them out at a time.