5AT L14

The mean would be approximately equal to the median, because the data are roughly symmetric.

The mean would be very different from the median because there are many gaps in the data

You cannot calculate the mean or median from this data set

The mean would be much smaller than the median because the distribution is vast

Identifying the mean here would best describe the typical value because the data is not clustered anywhere specifically

Identifying the median here would best describe the typical value because we are discussing people.

Since I think the values would be pretty close, either the mean or the median would describe a typical height pretty well.

The median is higher than the mean because the exact center of the data is clustered around 25-30 years.

The mean would be lower than the median because there are no gaps in this data set and the data peaks at 5-10 years.

The mean would be higher than the median because this directly corrosponds to the MAD which is a relatively high number according to this data set.

The mean would be lower than the median, because even though a large fraction of the people at the dinner party are 40 or older, the ages of the people that span from 5 to 40 would bring the average age down.

The median would better describe the center of the distribution of around 40–45 years old.

The mean would better desribe the center of the distribution of data because the typical age of someone at this party is 15-20.

The median would better desribe the center of the distribution of data because there is the most data centered at 25-30 years old.

The mean would be better to describe the center of the distribution becuase we are discussing people.