Featured titleMath

Quadratic functions

Math

How to obtain Quadratic Equation from the table of values. In this video, I'm going to show you how to obatain Quadratic Equation from table, by using the common difference of Y values. #Algebra #QuadraticEquation #GeneralFormula Fb: Linkedin: Blog:

Year

2020

Duration

9h 11m

IMDb

0

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Comments

10 Comments

Feyisara EfuwapeNov 12, 2025

Can you solve 16×7(mode 5)

Janu BobOct 22, 2025

📘 Solving Quadratic Equation by Factoring: x² + 65x + 966 = 0 In this video, I show step-by-step how to solve the quadratic equation x² + 65x + 966 = 0 using the factoring method. This approach helps you understand how to break down quadratic expressions into two linear factors and then solve for the values of x. ✨ What you’ll learn: How to identify a quadratic equation in standard form How to find factor pairs of the constant term How to split the middle term correctly How to solve for x using simple algebra This video is perfect for students preparing for WAEC, NECO, JAMB, GCSE, or any other exams where quadratic equations are tested. 🔔 Don’t forget to like, share, and subscribe to Tambuwal Maths Class for more tutorials that make Mathematics simple and enjoyable! #QuadraticEquation #FactoringMethod #TambuwalMathsClass #Algebra

Nafz BasaOct 22, 2025

📘 Solving Quadratic Equation by Factoring: x² + 65x + 966 = 0 In this video, I show step-by-step how to solve the quadratic equation x² + 65x + 966 = 0 using the factoring method. This approach helps you understand how to break down quadratic expressions into two linear factors and then solve for the values of x. ✨ What you’ll learn: How to identify a quadratic equation in standard form How to find factor pairs of the constant term How to split the middle term correctly How to solve for x using simple algebra This video is perfect for students preparing for WAEC, NECO, JAMB, GCSE, or any other exams where quadratic equations are tested. 🔔 Don’t forget to like, share, and subscribe to Tambuwal Maths Class for more tutorials that make Mathematics simple and enjoyable! #QuadraticEquation #FactoringMethod #TambuwalMathsClass #Algebra

NgaramaOct 22, 2025

Today, I'm taking on the challenge of factoring this tricky equation: x² +14x -735 =0! Can I crack it and show you how it's done? The equation x² +14x -735 =0 might look intimidating, but it's actually a fundamental part of algebra. Solving quadratic equations like this one helps build problem-solving skills that are essential for more advanced math concepts. You'll encounter equations like this in various areas of math and science, so understanding how to tackle them is really important. Factoring quadratic equations can be a bit tricky. The challenge here is to express the given equation as a product of two binomials. Sounds simple, but it can be tough to figure out the right factors. Many students struggle with this because it's not always clear what numbers will work. You've got to find two numbers that multiply to -735 and add up to 14. That's the hurdle we're facing today. To make progress, let's recall that the standard form of a quadratic equation is ax² + bx + c = 0. Here, a =

user1348554204499Oct 22, 2025

Today, I'm taking on the challenge of factoring this tricky equation: x² +14x -735 =0! Can I crack it and show you how it's done? The equation x² +14x -735 =0 might look intimidating, but it's actually a fundamental part of algebra. Solving quadratic equations like this one helps build problem-solving skills that are essential for more advanced math concepts. You'll encounter equations like this in various areas of math and science, so understanding how to tackle them is really important. Factoring quadratic equations can be a bit tricky. The challenge here is to express the given equation as a product of two binomials. Sounds simple, but it can be tough to figure out the right factors. Many students struggle with this because it's not always clear what numbers will work. You've got to find two numbers that multiply to -735 and add up to 14. That's the hurdle we're facing today. To make progress, let's recall that the standard form of a quadratic equation is ax² + bx + c = 0. Here, a =

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