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The problem asks to find the unit price for one bottle of natural spring water when a case of 24 bottles costs $10.20. To solve this:

1. **Total price of case**: $10.20
2. **Number of bottles**: 24

The unit price per bottle can be found by dividing the total price by the number of bottles:

\[
\text{Unit price} = \frac{10.20}{24} = 0.425
\]

Rounding to the nearest cent, the price per bottle is **$0.43**.

Would you like more details on this calculation or have any questions?

Here are some related questions:
1. What would the unit price be for a case of 36 bottles if the price remains proportional?
2. How does rounding affect the accuracy of unit price calculations in real-world transactions?
3. What is the total price for 10 bottles based on the calculated unit price?
4. If the store offered a 10% discount on the case price, what would the new unit price be?
5. How many bottles could you buy with $5.00 based on this unit price?

**Tip**: When dividing costs by quantities, always ensure you're using the correct units (like bottles or cases) to avoid errors.

The store charges $10.20 for a case of 24 bottles of natural spring water. What is the unit price for one bottle? Round your answer to the nearest cent if necessary.

Learn how to calculate the unit price for one bottle of water when a case of 24 bottles costs $10.20. This problem covers key concepts such as division and rounding, suitable for students in Grades 5-7.

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