4. The iced tea vending machine holds 143 bottles of iced tea. The vending machine serviceman brought in' boxes of iced tea that each hold ten eight-packs. How many eight packs will the machine hold? A. 17 B. 20 C. 18 D. 24

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To solve the problem, we need to determine how many eight-packs of iced tea the vending machine can hold, given that it holds 143 bottles of iced tea.

1. **Understanding the problem:**
   - The vending machine holds a total of 143 bottles.
   - Each eight-pack contains 8 bottles.

2. **Calculating the number of eight-packs:**
   To find out how many eight-packs can fit into the vending machine, we divide the total number of bottles by the number of bottles in each eight-pack.

$$
   \text{Number of eight-packs} = \frac{\text{Total bottles}}{\text{Bottles per eight-pack}} = \frac{143}{8}
   $$

3. **Performing the calculation:**
   Let's calculate this division.

$$
   \frac{143}{8} = 17.875
   $$

Since we cannot have a fraction of an eight-pack, we take the whole number part of the result, which is 17.

4. **Conclusion:**
   The vending machine can hold 17 eight-packs of iced tea.

Thus, the answer is **A. 17**.
The vending machine can hold 17 eight-packs of iced tea.

4. The iced tea vending machine holds 143 bottles of iced tea. The vending machine serviceman brought in' boxes of iced tea that each hold ten eight-packs. How many eight packs will the machine hold? A. 17 B. 20 C. 18 D. 24

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