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

Can Opera Singers Shatter Glass? | StarTalk


2m read
·Nov 11, 2024

All right, another question. Michael Bruce from Mountain View in California. Is it a myth that opera singers can shatter glass by singing high enough?

I've not seen it done, but I don't see why it wouldn't be possible because there's certain frequencies that are called resonant frequencies in other objects.

And have you ever done this?

Go up to a tree that's way thicker than anything you would think of toppling. Okay, and then you just start pushing.

If there is a rhythm with which you can push a tree that pumps the tree in exactly the motion that you would originally set it to do, it's the same thing as pumping when you're on a swing.

It's how you can just put yourself into motion without touching anything. You sort of swing your legs right at the right moment; that will add to that motion.

Then you tuck your legs back right at the right moment. So you can do this to a tree, and you will hit a resonant frequency of the tree. And if you do this enough, you can actually snap a tree in half.

And so, did you say you try it fast?

Yeah, oh yeah, I do it all the time. It's fun. No, no, no, I don't do it to the point where I kill the tree, but it's fun to just watch this pumping.

It's literally physics. In physics, we call it pumping. You're pumping a system in the resonant frequency of the system itself. The system wants to sway at that rate.

Now, if you pump it in exactly that way, all that energy stays there, and then the tree starts blowing, waving in the breeze. And it's a sense of power over nature. I did this; I still do it today.

So, somebody's vocal cord, somebody's voice, right? So, you get an object that has a resonant frequency.

Can a human voice reach it at a high enough volume, and then it'll start vibrating?

Okay, if it's at the resonant frequency, and if you can vibrate it with enough energy at that frequency, the glass is not going to be able to stay with you, and you'll just crack it.

Cool?

Yeah, yeah, so that, so yes, it's possible.

Oh yeah, yeah, yeah.

More Articles

View All
Why You'll Regret Buying A Home In 2022
What’s gram up! It’s guys, you here. So, the other day, I was minding my own business, reading the internet while sipping on some coffee from bankrollcoffee.com. And all of a sudden, this headline hit me like a ton of bricks: A brand new survey just repor…
WoW CREEP !! -- Wackygamer Stand-Up [Comic-Con 2010]
Hey guys, Jeff here from Roy Gamer. What you’re about to see is some clips from the cross-platform comedy standup show we did at ComicCon this year. I hope you enjoy. I’ll leave you with one last thought. Uh, back on World of Warcraft, because I know you…
The Law of Productivity
The Increasing Demand for Productivity The world is more demanding now than it’s ever been. The cost of living and competition for jobs is increasing, with AI outright replacing some jobs. At the same time, wages don’t go as far as they did in previous g…
How Amazon Is Losing Money To Make Money
When is it okay for your business to lose money? Amateurs will say never, but the big guys know that’s not exactly true. Amazon is bleeding money on Prime, and they’re pleased about it. Here’s why. Welcome to a Lux. Now, before we dive into what’s been g…
Living Alone🌈 a day in my life in Tokyo, shopping spree 🛍, eating yummy stuff 🍣🇯🇵
Foreign [Music] Good morning everyone! Today we’re gonna spend the whole day in Tokyo shopping, eating yummy stuff, chilling. But we learned you are gonna do our laundry routine first. One habit that I never skip in the mornings is doing my skincare routi…
Relation of null space to linear independence of columns
So I have the matrix A over here, and A has M rows and N columns. So we could call this an M by N matrix. What I want to do in this video is relate the linear independence or linear dependence of the column vectors of A to the null space of A. First of a…