You have descriptive.

Enter descriptive label here

Descriptive name for the device

Make it short and descriptive.

That would be descriptive statistics.

A descriptive name for the profile

Well, we could just run descriptive statistics.

Approach me.

A book descriptive of the wonders of nature.

So, here's some descriptive statistics for this example.

And we'll plot histograms and get descriptive statistics.

One approach and this approach is super slow.

Insert a short descriptive name of your project here.

Enter any descriptive name you like for this filter.

So there are the descriptive statistics, or summary statistics.

We'll see when we look at the descriptive statistics.

In the next video, we'll explore more descriptive statistics.

Just like we saw way back in descriptive statics.

The approach worked.

Approach the cow.

5 00 Approach

Final approach, captain.

Think back to descriptive statistics and the lecture on correlations.

Don't approach the dog.

Don't approach the dog.

Don't approach the dog.

That's a good approach.

What is our approach?

We're starting our approach.

Approach the biometric scanner.

They're what I'm calling here the gerontology approach and the geriatrics approach.

So, in this video we're using an approach called the reactive approach.

Rigor, the rigorous approach, the exact approach has produced paralysis, rigor mortis.

Because I don't think Student Loans is a very descriptive name.

Descriptive Statistics. As it's said in the first lecture, most introductory

We won't approach the enemy.

Well, here's a potential approach.

This is the wrong approach.

We've had a different approach.

My approach was very egotistic.

So that's the conventional approach.

The engineering approach simply says,

Here's your brute force approach.

Let's try the other approach.

A conscious approach to design,