Solving Equations With Fractions on Both MP3音声抽出 (320kbps) - TikPulse Media Directory

TikTok動画 Solving Equations With Fractions on Both Sides (Part 2/4) Th のMP3音声を320kbps高音質で無料抽出・保存できます。

Solving Equations With Fractions on Both Sides (Part 2/4) This tutorial demonstrates how to solve linear equations where fractions and brackets appear on both sides of the equals sign. Problem Covered: The equation solved in this video is: 3/4 (x - 1) = 1/3 (2x - 1) Core Method: Eliminate Denominators: Identifying the Lowest Common Multiple (LCM) of 4 and 3 to clear the fractions from the start. Expand Brackets: Multiplying out the terms inside the parentheses once the fractions are removed. Collect Like Terms: Moving all 'x' terms to one side and constants to the other to simplify the equation. Final Solution: Using division to isolate x and reach the final answer. Key Concept: By multiplying the entire equation by the LCM, you avoid working with messy decimals or finding common denominators for every individual addition or subtraction step. #MathsTuition #Algebra #SolvingEquations #SecondaryMaths #gcseMaths

If download does not start automatically, right click button above and select "Save Link As..."

📖 Read Full Media Editorial Breakdown & Creator Review
Explore Creator Insights & Detailed Media Analysis for Solving Equations With Fractions on Both Sides (Part 2/4) This tutorial demonstrates how to solve linear equations where fractions and brackets appear on both sides of the equals sign. Problem Covered: The equation solved in this video is: 3/4 (x - 1) = 1/3 (2x - 1) Core Method: Eliminate Denominators: Identifying the Lowest Common Multiple (LCM) of 4 and 3 to clear the fractions from the start. Expand Brackets: Multiplying out the terms inside the parentheses once the fractions are removed. Collect Like Terms: Moving all 'x' terms to one side and constants to the other to simplify the equation. Final Solution: Using division to isolate x and reach the final answer. Key Concept: By multiplying the entire equation by the LCM, you avoid working with messy decimals or finding common denominators for every individual addition or subtraction step. #MathsTuition #Algebra #SolvingEquations #SecondaryMaths #gcseMaths →