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Kate's Cupcakes sells cupcakes in boxes of 44. Depending on the type of cupcake, a box can cost at most $20\$20.\newlineLet xx represent how much each cupcake costs. Which inequality describes the problem?\newlineChoices:\newline(A) 4x204x \leq 20\newline(B) 4x204x \geq 20\newlineSolve the inequality. Then, complete the sentence to describe the solution.\newlineEach cupcake costs at most $\$___.

Full solution

Q. Kate's Cupcakes sells cupcakes in boxes of 44. Depending on the type of cupcake, a box can cost at most $20\$20.\newlineLet xx represent how much each cupcake costs. Which inequality describes the problem?\newlineChoices:\newline(A) 4x204x \leq 20\newline(B) 4x204x \geq 20\newlineSolve the inequality. Then, complete the sentence to describe the solution.\newlineEach cupcake costs at most $\$___.
  1. Understand the problem: Step 11: Understand the problem. We need to find the inequality that describes the cost of a box of cupcakes, where each box contains 44 cupcakes and costs at most $20\$20.
  2. Set up the inequality: Step 22: Set up the inequality. Since each box of 44 cupcakes costs at most $20\$20, the total cost for one box can be represented by 4x4x, where xx is the cost per cupcake. The inequality should show that 4x4x is less than or equal to 2020.
  3. Choose the correct inequality: Step 33: Choose the correct inequality from the choices. \newline(A) 4x204x \leq 20\newline(B) 4x204x \geq 20\newlineSince we are looking for the maximum cost, the correct inequality is (A) 4x204x \leq 20.
  4. Solve the inequality: Step 44: Solve the inequality 4x204x \leq 20 to find the maximum cost per cupcake.\newlineDivide both sides of the inequality by 44:\newlinex204x \leq \frac{20}{4}\newlinex5x \leq 5

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