a² + 12² = 13², a² + 144 = 169, a² = 25, a = 5. - 500apps
Understanding the Pythagorean Triplet: a² + 12² = 13² (a² + 144 = 169) and Why a = 5
Understanding the Pythagorean Triplet: a² + 12² = 13² (a² + 144 = 169) and Why a = 5
One of the most celebrated expressions in geometry and algebra is the Pythagorean theorem:
a² + b² = c²
This foundational equation reveals powerful relationships in right-angled triangles. In this article, we explore a classic example:
a² + 12² = 13²
Step 1: Rewrite the Equation
We begin by substituting known values:
- 12 is the value of side b
- 13 is the length of the hypotenuse c
Understanding the Context
So the equation becomes:
a² + 144 = 169
Step 2: Solve for a²
Subtract 144 from both sides to isolate a²:
a² = 169 – 144
a² = 25
Step 3: Find a
Take the square root of both sides:
a = √25
a = 5
This elegant result proves a crucial piece of the Pythagorean triplet — families of integers that satisfy the a² + b² = c² relationship.
Key Insights
What is a Pythagorean Triplet?
A Pythagorean triplet consists of three positive integers (a, b, c) such that:
a² + b² = c²
The simplest and most famous triplet is:
(5, 12, 13)
Here:
- 5² = 25
- 12² = 144
- 13² = 169
Validating: 25 + 144 = 169 — the equation holds true.
Why This Equation Matters
This identity is more than a math puzzle — it’s fundamental in geometry, engineering, architecture, and computer graphics. Understanding how to manipulate such expressions helps in solving triangle problems, verifying distances in coordinate systems, and more.
Conclusion
The equation a² + 12² = 13² simplifies beautifully to show that a = 5, illustrating a key Pythagorean triplet (5, 12, 13). Whether you’re a student learning triangles or a enthusiast exploring geometric proofs, mastering these algebraic relationships unlocks deeper insights into mathematics.
Key Takeaways:
- The equation “a² + 12² = 13²” leads to a = 5
- It confirms the (5, 12, 13) Pythagorean triplet
- Geometry and algebra unite here in simple yet powerful harmony
- Understanding such identities enhances problem-solving across STEM fields
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