statisticsSolutionOPTION C yes because the 1 Frequencies sta

Solution

OPTION C: yes, because the

1. Frequencies start low (the left tail of the distribution)

2. Proceed to one or two high frequencies (near the peak)

3. Decrease to a low frequency (going down after the peak)

4. and the distribution is approximately symmetric (as you can see, the numbers to the left and right of 15 are almost equal.

Thus, it is OPTION C.

******************************

Note that to get the relative frequency,

relative frequency = f/n * 100%

Thus, we divide the frequencies by 2674, then multiply by 100%.

Hence, consider the table: