Question

1. sep use math subtract each unique mass from the one just above it in the unique masses column. record each in the last column of the data table. again, there will be fewer than 15 data points.
2. sep identify patterns note the smallest value in the difference in mass column between any two samples of bbs. what does this difference represent?

Explanation:

Step1: Subtract masses

For each pair of adjacent unique - masses in the "Unique Masses" column, perform the subtraction operation \(m_{i}-m_{i + 1}\), where \(m_{i}\) is the mass above \(m_{i+1}\) in the column, and record the result in the last column of the data - table.

Step2: Identify the smallest difference

Scan through the values in the "Difference in Mass" column and find the minimum value.

Step3: Interpret the smallest difference

The smallest difference in mass between any two samples of BBs likely represents the mass of a single BB (assuming that the samples are composed of whole BBs and the differences are due to the addition or subtraction of individual BBs).

Answer:

The smallest difference in the "Difference in Mass" column likely represents the mass of a single BB.