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

Why Do We Love Sports?


3m read
·Nov 4, 2024

Processing might take a few minutes. Refresh later.

Imagine you've been living in the trenches for weeks, maybe months. Corpses of your allies, friends, brothers surround you. The smell of their rot, revolting; the pain of your loss, excruciating. Rain water has made the ground where you stand thick with mud. You're unbearably cold and will be that way for a long time. You're stuck living in a nightmare, hell on Earth. Joined by your enemies and allies, you're fighting in the most brutal war the world has ever seen: the Great War.

But you wake up one morning and everything is different. Today, you leave the trenches. You escape the smell of the rotten bodies. You drop rain-filled boots to run on the grass barefoot. You lay your guns down and pick up a ball. You stop shooting at your enemy and instead start shooting at their goal post. It's a Christmas miracle because today, you're not fighting; you're playing football, or soccer, with the people you're supposed to hate the most in the world.

When they say that sometimes reality is stranger than fiction, stories like these often come to mind. On December 25th, 1914, there was a temporary ceasefire during the Great War, and Allied soldiers from Britain played football with German soldiers instead of performing their sworn duty to fight. This moment is remarkable for many reasons, but what stands out to me is what the soldiers did on their Christmas Day: troops, they played sports.

And this isn't the first time enemies pause their fighting to play. The first known Olympic Games took place among warring city-states in Greece. The year was 776 BCE, and possibly nude athletes from all over Greece competed in dozens of events, many of which are still used in the modern Olympic Games. Citizens were brought together to revel in the spectacle of it all. Warring factions would take a break to watch athletes compete and would continue to do so for many centuries to come. Today, the Olympics still brings countries of the world together in the spirit of healthy competition, many of whom are not friendly with one another anywhere else.

Why do we love sports so much that we're willing to put aside even our most extreme differences to participate in them? Before you answer that, I'd like to take a moment to thank our sponsor for today: Every Plate, America's best value meal kit. Putting all my time into making these videos, I sometimes just don't have the time to cook a healthy meal. As a result, I've had to eat out or order fast food for most of my meals. But, as I'm sure you know, eating out can get quite expensive, and fast food is usually unhealthy. This is why I love Every Plate.

When your work leaves you without time to cook, Every Plate will help you get delicious meals on the table without breaking the bank. It's so affordable that you're basically getting an entire meal for the price of a coffee. It might even be cheaper than those pumpkin spice lattes they sell at this time of the year. Every Plate is also 58% cheaper than your average fast food meal, and because it's all homemade and fresh, I can feel much better about what I'm eating.

You get to choose between 25 different recipes that change each week and swap out proteins and sides to your liking. And you also have the option to get desserts and snacks with each order. With everyone grocery shopping for the holiday season, things are getting a lot more hectic and expensive in stores all around the country. Thanks to Every Plate, you can skip those annoying trips to the store and save on shopping.

Every Plate delivers so much bang for your buck, so you can save valuable time and money on meal prep and enjoy more space in your schedule to enjoy the holiday season with friends and family. Get your first box for just $1.49 per meal by going to everyplate.com/podcasts and entering code APERTURE149.

Maybe it's because we want to feel the highs of winning without the fear of the consequences of losing. When the soldiers played against each other, they would get excited over the potential of winning, without worrying about what would happen to them if they didn't. Competition exists everywhere in nature; it's the survival of the fittest for most species, even humans.

More Articles

View All
Sun 101 | National Geographic
While billions of stars are scattered throughout the universe, the one at the center of our solar system plays a special role for us here on Earth. Our Sun formed about 4.5 billion years ago in the Milky Way galaxy’s Orion’s fur. It was born when a cloud …
Homeroom with Sal & Pedro Noguera - Wednesday, October 21
Hi everyone, Sal Khan here. Welcome to the Homeroom live stream. We have a really exciting guest today, Pedro Noguera, who is the Dean of the Rossier School of Education at the University of Southern California. So start thinking of your questions, puttin…
Fiscal and monetary policy in parallel | AP Macroeconomics | Khan Academy
In previous videos, we have talked at length about fiscal policy, and in other videos, we’ve talked at length about monetary policy. But now we’re going to talk about them together. Because at any given time in a country, there is some type of fiscal poli…
World's Longest Straw
Hey Nige, can you get me another coke? Nah, I’m good, thanks. It’s just downstairs. Nah, the tennis is on. You come to my house to watch the tennis and you’re not even going to get me another coke? Yeah, it’s the tiebreaker. Relax. You know what I …
When the functions of money break down: Hyperinflation | AP Macroeconomics | Khan Academy
So in the last video, I was talking about various functions of money. You know, the first was that it’s a medium of exchange. If you want to trade for things, typically you give someone money, and they give you the thing, rather than trying to barter, tra…
Analyzing motion problems: position | AP Calculus AB | Khan Academy
Divya received the following problem: A particle moves in a straight line with velocity ( v(t) ) is equal to the square root of ( 3t - 1 ) meters per second, where ( t ) is time in seconds. At ( t = 2 ), the particle’s distance from the starting point was…