Solve for m. {:[12.6+4m=9.6+8m],[m=]:}

Move m terms to one side: First, let's move all the m terms to one side of the equation by subtracting 4m from both sides. 12.6 + 4m - 4m = 9.6 + 8m - 4mSimplify both sides: Now we simplify both sides of the equation. 12.6 = 9.6 + 4mSubtract 9.6 from both sides: Next, we'll subtract 9.6 from both sides to isolate the m term. 12.6 - 9.6 = 9.6 - 9.6 + 4mIsolate the m term: After simplifying, we get: 3 = 4mDivide both sides: Finally, we divide both sides by 4 to solve for m. 3 / 4 = 4m / 4Solution for m: We end up with the solution for m. m = 0.75

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Solve for $m$ . $\newline$ $\begin{array}{l} 12.6+4 m=9.6+8 m \\ m= \end{array}$

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Math Problems

Algebra 1

Solve two-step linear inequalities

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Q. Solve for

m

\newline

\begin{array}{l} 12.6+4 m=9.6+8 m \\ m= \end{array}

Move $m$ terms to one side: First, let's move all the $m$ terms to one side of the equation by subtracting $4m$ from both sides. $\newline$ $12.6 + 4m - 4m = 9.6 + 8m - 4m$
Simplify both sides: Now we simplify both sides of the equation. $12.6 = 9.6 + 4m$
Subtract $9$ . $6$ from both sides: Next, we'll subtract $9.6$ from both sides to isolate the $m$ term. $\newline$ $12.6 - 9.6 = 9.6 - 9.6 + 4m$
Isolate the $m$ term: After simplifying, we get: $3 = 4m$
Divide both sides: Finally, we divide both sides by $4$ to solve for $m$ . $\newline$ $\frac{3}{4} = \frac{4m}{4}$
Solution for $m$ : We end up with the solution for $m$ . $m = 0.75$