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

The Power of Persistence


2m read
·Nov 11, 2024

Hi, my name is Maria Eldeeb. I was born in Egypt and worked on a farm until third grade. Then we came—I came with my family to the USA, and I worked. I continued working and also going to school since we had to, but working full time didn’t allow for school. I was mostly sleeping, and I wasn't doing well at all. That continued the same exact way till 8th grade.

My family was also in the middle of going back and forth between Egypt and here, and nobody had decided exactly what we were doing. But then, when high school started, two weeks in, my house burned down, and I was like, "That's it for school." You know, there's no way it's gonna work out anymore. But after a year and a half of being homeless and in a shelter, my family was able to move into somewhere stable, and life was getting a little stable. So I was willing to give high school another shot and see, you know, if I could really make it work out for me.

Thank God I found Khan Academy, and they had everything that I needed because I needed pre-pre algebra to actually start my way and be able to learn at an equal level. They had it all for me, you know? They had pre-algebra, and then they had algebra, and they had the whole path just set up right there for me where I didn't even have to organize it or find someone to help me organize or figure out what I would do.

I went down through every video, and as I learned, things were getting easier. The pace was what I wanted, and it motivated me a lot. I felt like I could actually learn, and I was learning and getting happier. Things were working out, you know? I continued that same way, and that even drove a love for math for me. After finishing every video that was there, I finished high school in that year and a half. I graduated in 11th grade.

After finishing 11th grade, I went to Queens College, and I knew I could learn math, so I continued learning math. Khan Academy was still there for me; they had calculus, and they continued with statistics and probability, and every class that I needed to continue to do well in math. I was able to finish my applied math degree in two and a half years, and now I'm doing my second bachelor's here at Columbia University after transferring here.

More Articles

View All
Sexy Storm Troopers AND Tron Dogs: IMG! episode 10
Cats and dogs cooperating and zombie versions of Master Chief, Princess Peach, and Pikachu. It’s episode 10 of IMG. Here’s something for people who like silly bands but also like to keep their wrist jewelry x-rated. And how can I keep my data safe? Oh, I…
The Human Body in Space
When you think about the true cost of space exploration, what do you think of? Maybe you think about the Challenger accident or maybe you think about the Columbia disaster. Anything with the space shuttle blowing up, really. Perhaps the numerous failed te…
Shipwreck From Explorer Vasco da Gama's Fleet Discovered | National Geographic
[Music] [Music] A storm from the north wrecked two of the ships, the Soj brothers’ vessels, onto a reef. We were the first people to discover this shipwreck, and the reason being because it was such a remote part of the world. It’s an island in the Indian…
April Fools Parody Home Tour
What’s up, you guys? It’s Graham here. So I got to say, it’s been really hard for me to keep this a secret for really the last month, but I just closed escrow on my dream home here in Hollywood for just under 30 million dollars. So I know you guys have re…
Crowding out | AP Macroeconomics | Khan Academy
In this video, we’re going to use a simple model for the loanable funds market to understand a phenomenon known as crowding out. This is making reference to when a government borrows money; to some degree, it could crowd out private sector borrowing and i…
Molecular geometry (VSEPR theory) | Chemistry | Khan Academy
A molecule of carbon dioxide is pretty much straight, whereas a molecule of water is bent. Why the difference? More importantly, is there a way to predict what the shape looks like in three dimensions of any molecule? The answer is yes, by using a theory …