yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Bird Flight - Deep Dive #2 - Smarter Every Day 61


2m read
·Nov 3, 2024

So, what do you do to hold a bird? Hold on tight and don't be scared. That's right! Okay, so today, on today's deep dive here at Smarter Every Day, we're going to learn about bird flight. When I went to Peru and shot high-speed video, I learned a whole lot about how wings work. So, I got some birds, and we're going to study via playlist how bird wings work.

I'm going to put a link in the description; you can click it at any time and start this playlist. I'm going to show you videos from all over YouTube that explain how bird wings work. Okay, you ready to let yours go? Yeah? All right! 1, 2, 3, go! Very good!

So, the cool thing about this playlist is that you can pass it on to friends, and they can learn exactly how these things work. For instance, these feathers interlock in a very specific way. So when the bird downstrokes, he's capturing all the air, but on the upstroke, his wings actually unlock. Also, I'll tell you why this top feather is shorter than the others; it's pretty cool!

Are you ready? All right, here you go! Hold on tight and don't be scared! All right, let him go! But, JY, let him go fly!

All right, so today, take the deep dive with us! Click on the link in the top of the video description, start this playlist. If you're not in a good position to take the deep dive right now, then just chill out and wait till you get home. Wait till it's a better time to get back in the deep dive.

Yeah, you're going to get back in. Go ahead, you can take the deep dive! So what I have done today is I have brought all kinds of reports along with me on the boat, and my son here is going to… you're going to pull me?

Yeah? Yeah, you just pull the boat for me, okay? You just swim that direction. Where do they click to take the deep dive?

Up there!

Up where?

Up, up in the sky!

Where? Point to it in the sky!

I said in the sky! Right here, right here, right here!

No, up here! Up here!

Okay, that's where you click to go start the deep dive.

Okay, Dad!

All right, can I get back in?

Yes, you can get back in.

I'm sinking!

I'm just… my… you can do it! You're doing great! You're doing great!

I'm just sinking my feet in!

Why don't you hop in too, Dad?

Going to be too cold!

What do… just everybody just jump in it, huh? He's doing good!

More Articles

View All
5 Things You Need to Know About Death | Explorer
In the United States, we are so far removed from that. We really are a death-denying culture; it’s just not something we think about. It’s not something we take seriously. I think the role of the funeral director many times is to take folks who have never…
The 5 BEST Credit Cards For Beginners in 2020
What’s up guys, it’s Graham here! So, a little over a year ago, I made a video going over the best beginner credit cards to get in 2019. But now, I realized there’s a bit of a problem, and that is that it’s not 2019 anymore. It’s the future—it’s now 2020.…
How have Reagan's policies affected the government? | US Government and Civics | Khan Academy
How have President Reagan’s policies affected the government since he left office? What Ronald Reagan did was set up a titanic debate, really, between those who believed in the New Deal view of government—which was that it was there to help those who cou…
Analyzing mosaic plots | Exploring two-variable data | AP Statistics | Khan Academy
We’re told that administrators at a school are considering a policy change. They survey a group of students, staff members, and parents about whether or not they agree with the new policy. The following mosaic plot summarizes their results. Which of the f…
Ask Sal Anything! Homeroom Thursday, October 29
Hi everyone, Sal Khan here. Welcome to our homeroom live stream! Today, we have a disappointing guest—it is me. We’ll be doing an “Ask Me Anything,” so feel free to start putting your questions in the message boards down below or wherever they are on the …
Newton's law of gravitation | Physics | Khan Academy
The mass of the Earth is about 6 * 10 ^ 24 kg. But you know what? I always wondered, how did we figure this out? How on Earth do you figure out the mass of a planet? Well, we did that by using Newton’s universal law of gravity, and in this video, we’re go…