To determine which situation the equation \( 1.5x + 8 = 12.5 \) represents, let's break down the components of the equation:
- The term \( 1.5x \) suggests that a cost is being calculated based on a quantity \( x \) multiplied by $1.50. This could represent the cost of buying \( x \) items, each costing $1.50.
- The term \( + 8 \) suggests that there is a fixed cost of $8 being added to the cost based on \( x \).
- The equation equals \( 12.5 \), indicating that the total cost of the fixed amount ($8) plus the variable amount ($1.50 per item) equals $12.50.
Now let's evaluate the provided responses:
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Toby's situation: He spent $12.50, went on \( x \) rides for $8 each, and bought a drink for $1.50. This would imply that the equation doesn't match because expenses don't align.
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Samantha's situation: She bought \( x \) bottles of juice for $1.50 each and used an $8 gift card. The total amount to pay would be $1.50x - 8 = 12.50, which doesn't fit our equation.
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Jazmin's situation: She bought a pizza for $12.50, with a base cost of $8 and \( x \) additional toppings at $1.50 each. This can be interpreted as \( 8 + 1.5x = 12.5 \), which matches our equation rearranged.
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Michael's situation: To earn $12.50, making $8 each time he walks the dog, there's a different arrangement of earnings that wouldn't fit this equation as well.
Based on the analysis, the situation that \( 1.5x + 8 = 12.5 \) represents is:
Jazmin bought a pizza for $12.50. A plain cheese pizza is $8. She got \( x \) additional toppings, which cost $1.50 each.