Adam conducted a survey of his fellow students to determine which followers they would buy with kind of bow. He created the table 2 shows the results of the experiment predict how many boxes of roses with red bows Adam would have to order if you were to sell one thousand 506 seven total boxes of flowers round to the nearest number.

Question

Adam conducted a survey of his fellow students to determine which followers they would buy with kind of bow. He created the table 2 shows the results of the experiment predict how many boxes of roses with red bows Adam would have to order if you were to sell one thousand 506 seven total boxes of flowers round to the nearest number.

Answer 1

It is not clear from the question how many students were surveyed and how many different types of bows were considered. However, if we assume that there were 5 different types of bows and each student could choose only one type, then the total number of boxes of roses with red bows can be calculated as follows:

Let's denote the number of boxes of roses with red bows as x. Then, the total number of boxes of flowers sold would be the sum of boxes with different types of bows.

x + a + b + c + d + e = 1506

where a, b, c, d, and e are the number of boxes of flowers with different types of bows.

Since we are asked to predict how many boxes of roses with red bows Adam would have to order, we can assume x is the largest number among all types of bows.

If we round all numbers to the nearest whole number, we would have:

x = 1506 - a - b - c - d

There are not enough details provided to calculate the exact value of x, but this formula should help you find an estimate given the specific number of boxes sold for each type of bow.