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

Debunking the 'Pointless' Education Myth | StarTalk


less than 1m read
·Nov 11, 2024

People think that when they take math in school, there's the common response like, "I will never need to use this for the rest of my life," as they learn trig identities or the Pythagorean theorem or whatever it is that we all remember learning, feeling pretty sure it's never going to show up again.

But that misses something important. It misses the fact that the act of learning how to do the math establishes a new kind of brain wiring in your mind, a kind of problem-solving brain wiring. So it's not about what you learned; it's about what methods, tools, and tactics you had to develop in order to solve the problem that you may never see again for the rest of your life.

But you will see other problems where these methods and tools will become immensely valuable to you. It's no different from in the liberal arts, where if you're tasked with writing a term paper on some leader from some chapter in the history of the world, you might never need to know about that leader again for the rest of your life—unless you're in Jeopardy or something.

So what's the point? Well, the point is: what did you do to conduct the research? What did you do to compose the sentences, your choice of words to communicate an idea—a fresh idea on top of already known ideas? That is the value of education; not how much information they can pour in your head, but how equipped you are to explore the world on your own after you get out.

More Articles

View All
Calculating kinetic energy | Modeling energy | High school physics | Khan Academy
In this video, we’re going to talk about kinetic energy, and we’re also going to think about how to calculate it. So, you can already imagine, based on the word “kinetic,” which is referring to motion, that this is the energy that an object has by virtue …
This Is What Happens to Your Brain on Opioids | Short Film Showcase
This is Susan. Susan loves to bike. While out for a ride, she falls and breaks her arm. Special cells called neurons send a signal through the spinal cord to the brain, which interprets the signal as pain. Susan understands the pain means she needs to go…
Electrolytic cells | Applications of thermodynamics | AP Chemistry | Khan Academy
Electrolytic cells use an electric current to drive a thermodynamically unfavorable reaction. Before we look at a diagram of an electrolytic cell, let’s look at the half reactions that will occur in the cell. In one half reaction, liquid sodium ions reac…
Why Chasing Happiness is Pointless (The Hedonic Treadmill)
Centuries ago, Siddhartha Gautama was born a prince, with a prophecy declaring that he would become either a great king or a spiritual leader. His father didn’t like the idea of his son walking the spiritual path; he wanted him to become a powerful ruler,…
Worked example: Derivative of cos_(x) using the chain rule | AP Calculus AB | Khan Academy
Let’s say we have the function f of x, which is equal to cosine of x to the third power. We could also write it like this: cosine of x to the third power. We are interested in figuring out what f prime of x is going to be equal to. So, we want to figure o…
Peasant Revolts | World History | Khan Academy
In this video, I want to look at popular uprisings in late medieval Europe. So we’re talking about between roughly the 14th and the 16th centuries. These are sometimes known as peasants’ revolts, and we’ll talk a little later about whether or not that’s a…