avatarStefan Melo

Summary

The author recounts their journey of falling in love with mathematics through engaging stories, starting with the tale of young Gauss's quick solution to summing the first 100 integers, which sparked their lifelong fascination with mathematical patterns and applications.

Abstract

The article titled "5+ Reasons I Fell in Love With Math — Part I" delves into the author's personal narrative of discovering a passion for mathematics. Initially captivated by an old book filled with mathematical stories, the author was particularly inspired by the anecdote of Carl Friedrich Gauss, who at a young age devised an efficient method to sum the first 100 integers by recognizing numerical patterns. This revelation led the author to explore mathematical principles independently, deriving formulas, and applying them both in school and in everyday life, such as calculating annual savings. The experience transformed the author's perception of math from a subject of fear to one of excitement and practical utility, igniting a quest for further mathematical skills and knowledge.

Opinions

  • The author challenges the common negative perception of mathematics by sharing their own positive experience.
  • They express a strong emotional connection to mathematics, emphasizing the excitement and pride they felt upon discovering its beauty and utility.
  • The author values the ability to recognize patterns in mathematics, considering it a cornerstone of understanding and applying mathematical concepts.
  • They suggest that engaging stories about mathematicians and their discoveries can be a powerful motivator for learning and appreciating math.
  • The author believes in the practical applications of mathematics, illustrating how mathematical principles can be used in real-life scenarios, such as personal finance.
  • They encourage readers to seek out and learn mathematical concepts beyond the classroom curriculum, hinting at a broader, self-directed approach to education.

5+ Reasons I Fell in Love With Math — Part I

People are often prone to portray Math as a terrifying experience, sometimes even spread monster stories. In other words, instead of coping with it, they choose the simple way and transform Math into an evil instrument.

Although my affection was born in a few hours, and we had no Youtube, Google, Facebook, or Pinterest, I will lay out my motivation chronologically.

The first part was the most emotional for me, not just because I was 11 years old. I was a real book-eater hungry for any information and subconsciously learning to classify what I read. I came across an old book full of engaging stories about Math. It was probably fateful I spotted a young genius boy story first.

Illustration by Theoni Pappas. Screenshot taken from americanscientist.org

It was the renowned story of young Gauss. Carl Friedrich Gauss is considered one of the greatest mathematicians ever. After his seventh birthday, he had reached the arithmetic class, and his teacher needed to keep the kids busy for a significantly longer period. The teacher gave his class an assignment to sum the first 100 integers, hoping for quiet at least half an hour. You can guess his disappointment when a young pupil produced the correct answer almost immediately.

No, the young pupil wasn’t a living calculator or a well-trained calculation prodigy. He was something much greater. He was able to perceive one of the most crucial Math principles — patterns.

Instead of summing integers one by one, he was trying to find some pattern. And indeed, he came up with it soon. He was quick to observe that adding the first and the last integer results in 101. Then he added second integers from both ends, and the result was the same. This pattern worked for all integers in this progression. Finally, he realized 50 pairs are resulting in 101 in the list given. That’s why he was sure the result would be simply 101 multiplied by 50.

So it happened that he announced the correct answer 5050 in less than a minute or so. That day Gauss laid the cornerstone of arithmetic progression theory.

Can you believe I was really shocked and highly excited about it? After rereading the story, I immediately derived the formula. My heart was racing, and I couldn’t keep up. Of course, the first steps were to check the formula for different n integers. It worked! When the excitement had transformed into a normal state of mind, I was deriving formulas for any starting integer, etc.

It happened probably by accident that I could use the formula in my exercise at school very soon. Although I received no credit, I was done ages before other students. I was so proud I found the book and learned the principles.

That day I fell in love with Math, and I’ve started to look for patterns and exciting practical usage everywhere. I was able to calculate my annual savings if I managed to save 50 cents every week easily. Suddenly, I could see arithmetic principles almost everywhere. I used my knowledge wisely, and I was hunting for the following skills impatiently.

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Mathematics
Life Hacking
Mental Health
Arithmetic
Illumination
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