The very first approximation is physics.

Fast approximation

That gives you first approximation to the density distribution in space.

So it's first order.

So to a first approximation, we have these things twenty petahertz synapse firings.

It's a good enough approximation.

That'll be good for approximation.

So I study social media, which means, to a first approximation, I watch people argue.

Enable fast approximation when rendering images.

Three.js, there's some approximation of gamma.

You might ask what first order means.

Monte Carlo techniques gives us an approximation.

The variance is about 11.1 in approximation.

First, actions are represented as objects in first order logic, normally by functions.

One, you say, well this is an approximation.

I hurried in order to catch the first train.

The differential equation must be at least first order

In first order logic the models are more complex.

You can see why this is a good approximation.

But to a first approximation, the size of this machine is the size and its complexity, kind of to your brain.

So in order of operations, you do your multiplications first.

So the first question here is what is the order?

Remember, you're doing order of operations, so it's multiplication first.

To a first approximation, the problem of managing a large software project is the problem of keeping this social chaos at bay.

The histogram is a mere approximation for this continuous distribution.

I got up early in order to catch the first train.

I got up early in order to catch the first train.

I got up early in order to catch the first train.

I got up early in order to catch the first train.

Bill got up early in order to catch the first train.

Bill got up early in order to catch the first train.

There are several ways to use first order logic for planning.

Norvig How does first order logic work? What does it do?

And you just do order of operations, you do multiplication first.

We'll now move from the world of first order differential equations to the world of second order differential equations.

The first mystery demo gives a precise draw order. First the blue object, then green, then red.

I made an early start in order to catch the first bus.

Breadth first search, as the name implies, expands nodes in this order.

You might hear other people refer to them as first order effects.

And what we're dealing with are going to be first order equations.

So in order to win well, actually let's do the tying first.

First, we list all possible numbers in order in a growing spiral.

So, the agreed upon order of operations is to do parentheses first.

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

So this is an order of operations problem, and remember in order of operations, you always wanna do parentheses first.