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Evelyn's favorite class is woodworking. For her last project, Evelyn glued together 77 strips of wood side-by-side to make a decorative sign. Each strip of wood had the same width. Her finished sign was 1414 inches wide.\newlineLet ss represent the width of each strip of wood. Which equation models the problem?\newlineChoices:\newline(A) 7s=147s = 14\newline(B) s7=14\frac{s}{7} = 14\newlineSolve this equation to find the width of each strip of wood.\newline___\_\_\_ inches\newline

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Q. Evelyn's favorite class is woodworking. For her last project, Evelyn glued together 77 strips of wood side-by-side to make a decorative sign. Each strip of wood had the same width. Her finished sign was 1414 inches wide.\newlineLet ss represent the width of each strip of wood. Which equation models the problem?\newlineChoices:\newline(A) 7s=147s = 14\newline(B) s7=14\frac{s}{7} = 14\newlineSolve this equation to find the width of each strip of wood.\newline___\_\_\_ inches\newline
  1. Identify Equation: Identify the correct equation that models the problem. Evelyn used 77 strips of wood, each of equal width, to make a sign that is 1414 inches wide. The total width is the sum of the widths of all strips. Therefore, the equation is 7s=147s = 14, where ss is the width of each strip.
  2. Solve Equation: Solve the equation 7s=147s = 14 to find the width of each strip. Divide both sides of the equation by 77 to isolate ss. \newlines=147s = \frac{14}{7}\newlines=2s = 2