Which problems gets fixed first?

Severity

100 feet. You know what you're doing, right?

So we started exploring this material called ETFE.

But it's also, metabolically speaking, expensive.

Narrator Let me now ask the same question about P3 which is the particle with the largest importance weight.

The red curve over here is the measurement probability, and the particles over here are the same as up here, but they now attached an importance weight where the height of the particle illustrates the weight.

So here we can see the white represents low altitudes, and the blue are higher altitudes.

So, here's an idea how to make this more efficient, and it turns out empirically it also gives better samples.

3600 terawatts, more than enough to supply humanity 200 times over.

Narrator And the answer is yes, again.

It's just going to bump into more molecules because it's a higher concentration here.

And we saw in March, in the continental U.S. there were 15,232 temperature records broken.

This is a half scale model.

So, it's AC times BE, that is the height

And we've done high altitude and low altitude tests, just to perfect this technique.

It's quite humid.

It's very humid.

The humidity is quite high.

The humidity is very high.

The humidity is very high, isn't it?

It's really humid, isn't it?

Number one

I filled with particulate matter, carbon dioxide and very high doses of ozone.

This is Morocco last year in the Atlas mountains, training in preparation for some high altitude jumps.

As promised, the answer is nontrivial.

We make it ourselves.

Is it those with the highest severity?

Then, I initialize the 0 and to which I add when I construct these particles a uniformly drawn continuous value that sits between 0 and 2 times W max, which is the largest of the importance weights in the important set.

The solar altitude is 20 degrees.

We did break both speed and altitude records, sir.

Is it a mid life crisis?

So there might be other particles, we don't even care how many.

Track Altitude

This is constructed by physical change.

Now, here's another thing that happens, which is what I call sometimes Terminal 5 syndrome, which is that big, expensive things get big, highly intelligent attention, and they're great, and Terminal 5 is absolutely magnificent, until you get down to the small detail, the usability, which is the signage, which is catastrophic.

Now, I want you to just look really close up onto what's happened there.

They certainly didn't need to talk to origami artists.

You have really good credit.

Students need to decide, All right, well, does the height matter?

layer by layer by layer, that can take a while. amp gt amp gt Yeah. amp gt amp gt The higher resolution you have, I would think the more layers you have to put down. amp gt amp gt Yeah its a really interesting time too because the high end 3D printers are extremely high res and very slow laugh and very high cost.

And husbands can drag their wives across, if their wives don't feel ready.

One was an interview I did with one of the great American biographers.

Would do enough because it's simply not an important enough issue

Error priority