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

What's it Like to Play Football in Space? | StarTalk


2m read
·Nov 11, 2024

A lot of different venues in space where you can transplant sport. Often when people think in space, they think in a weightless environment, but that's not realistic. What's more realistic is playing a sport, say football, on the surface of another planet, and that would have different gravity.

We have different gravity than certain things that are familiar to us would have to be readjusted. So, you would hit a baseball farther. You could throw a football more if you're on a planet that's rotating quickly, then projectiles get deflected left or right depending on which direction they move and depending on which way the planet rotates.

It's called the Coriolis force; it's what creates the circulation of storms on Earth. Why all storms rotate counterclockwise in the northern hemisphere, and that phenomenon can affect projectiles in sports if the stadiums are large and the ball is airborne long enough.

So also, if you'd play a sport on the moon, is that is the matter of like they need air to breathe, so they'd have to have oxygen tanks with them while they were running and performing. There are some planets where they would have higher gravity than Earth, for example, which means everything weighs more.

So, if you're at the bottom of a tackle pylon, then everyone will weigh more than they would on Earth, and you could just get crushed. You just get flattened at the end, so they have to limit how many people pile on to a tackle. You know, kill each person who captain's ball.

Little thought that you say [Music].

More Articles

View All
AI for improved math scores
Hi everyone! Nice to meet you. My name is Danielle Sullivan, and I’m so excited to be the facilitator of this excellent math conversation today with my amazing colleagues. Today, we want to talk about math instruction, how it’s changed and shifted since t…
Ionic bonds | Molecular and ionic compound structure and properties | AP Chemistry | Khan Academy
Most of what we’ve talked about so far has been atoms in isolation. We have thought about the number of electrons and protons and neutrons and the electron configuration of atoms. But atoms don’t just operate in isolation. If that were the case, the whole…
Stop Hiding Who You Really Are | The Philosophy of Friedrich Nietzsche
Your growth in life depends on how you spend your energy, and the best way to spend your energy is on solving the right problems. But which problems are the right ones to solve? I can’t stress how important, how critical, this question is. How do you kno…
Derivatives of sec(x) and csc(x) | Derivative rules | AP Calculus AB | Khan Academy
In a previous video, we used the quotient rule in order to find the derivatives of tangent of X and cotangent of X. What I want to do in this video is to keep going and find the derivatives of secant of X and cosecant of X. So, let’s start with secant of …
Worked example: Identifying an element from successive ionization energies | Khan Academy
We are told that the first five ionization energies for a third period element are shown below. What is the identity of the element? So pause this video and see if you can figure it out on your own, and it’ll probably be handy to have a periodic table of …
‘Paris to Pittsburgh’ - Trailer | National Geographic
DONALD TRUMP: The United States will withdraw from the Paris Climate Accord. I was elected to represent the citizens of Pittsburgh, not Paris. Pittsburgh? Now what was upsetting about that, and that alliteration, was the stereotype of our past. But Pittsb…