Ezra is filling bottles of water to hand out during a race. Each bottle holds 16 ounces, and he has 4,005 ounces of filtered water.

1. How many ounces of water will be left after Ezra has filled the maximum possible number of bottles?

Express your answer as a number of ounces.

2. How many bottles can he completely fill?

Express your answer as a number of bottles.

Ezra can fill a total of 250 16-ounce bottles with his 4,005 ounces of filtered water. However, he will have 5 ounces of water left over that can't be used to completely fill a bottle.

Explanation:

To solve this problem, we first need to know how many times 16, which is the number of ounces each water bottle holds, fits into 4,005, which is the total amount of filtered water Ezra has available. In math terms, this means we need to divide 4,005 by 16. The division of 4,005 by 16 gives us 250.3125. Since we can't have a fraction of a water bottle, we round down to the nearest whole number, which is 250. So, Ezra can completely fill 250 bottles of water. However, there will be some water left. To find out how much, we need to multiply the number of full bottles by the number of ounces each bottle holds and then subtract this from the total amount of water. This calculation gives us: 4,005 - (250*16) = 5. Therefore, Ezra will have 5 ounces of water left after filling as many 16-ounce bottles as possible.

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