what procedure can be used to solve the equation $\\frac{x}{19.3} = 38.6$, and what is the solution?\n\n…

what procedure can be used to solve the equation $\\frac{x}{19.3} = 38.6$, and what is the solution?\n\n- multiply $\\frac{x}{19.3}$ by 19.3; the solution is 38.6.\n- multiply $\\frac{x}{19.3}$ by 19.3; the solution is 372.49.\n- multiply both sides by 19.3; the solution is 38.6.\n- multiply both sides by 19.3; the solution is 744.98.

what procedure can be used to solve the equation $\\frac{x}{19.3} = 38.6$, and what is the solution?\n\n- multiply $\\frac{x}{19.3}$ by 19.3; the solution is 38.6.\n- multiply $\\frac{x}{19.3}$ by 19.3; the solution is 372.49.\n- multiply both sides by 19.3; the solution is 38.6.\n- multiply both sides by 19.3; the solution is 744.98.

Answer

Explanation:

Step1: Identify the operation to isolate $x$

$$\frac{x}{19.3} = 38.6$$

Step2: Multiply both sides by the denominator

$$19.3 \cdot \left( \frac{x}{19.3} \right) = 38.6 \cdot 19.3$$

Step3: Calculate the final value of $x$

$$x = 744.98$$

Answer:

Multiply both sides by 19.3; the solution is 744.98.