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e2020.geniussis.com/FEDashbc
Int Math Top 2 B - Imagine Edg
n.edgenuity.com/player/
deling Statistics Given a Data Plot
ot shows the temperatures (in 
^(@)F ) for a group of who visited a doctor's office.
What conclusions can be drawn from the data set Check all that apply.
The measures of center are the same.
The interquartile range is 4 .
There is little variability in the data.
The average temperature is 98.
The data is clustered around the mean.

e20202020.geniussis.com/FEDashbc\newlineInt Math Top 22 B - Imagine Edg\newlinen.edgenuity.com/player/\newlinedeling Statistics Given a Data Plot\newlineot shows the temperatures (in F { }^{\circ} \mathrm{F} ) for a group of who visited a doctor's office.\newlineWhat conclusions can be drawn from the data set Check all that apply.\newlineThe measures of center are the same.\newlineThe interquartile range is 44 .\newlineThere is little variability in the data.\newlineThe average temperature is 9898.\newlineThe data is clustered around the mean.

Full solution

Q. e20202020.geniussis.com/FEDashbc\newlineInt Math Top 22 B - Imagine Edg\newlinen.edgenuity.com/player/\newlinedeling Statistics Given a Data Plot\newlineot shows the temperatures (in F { }^{\circ} \mathrm{F} ) for a group of who visited a doctor's office.\newlineWhat conclusions can be drawn from the data set Check all that apply.\newlineThe measures of center are the same.\newlineThe interquartile range is 44 .\newlineThere is little variability in the data.\newlineThe average temperature is 9898.\newlineThe data is clustered around the mean.
  1. Analyze Measures of Center: Analyze the measures of center.\newlineIf the measures of center (mean, median, mode) are the same, the data is symmetric. Without specific values, we can't confirm this statement.
  2. Check Interquartile Range: Check the interquartile range.\newlineThe statement claims the interquartile range is 44. This suggests some consistency in the middle 50%50\% of the data, but without actual data values, we can't verify this.
  3. Evaluate Data Variability: Evaluate the variability in the data. The statement mentions little variability. This would imply a small standard deviation or range, but again, without the data values, this can't be confirmed.
  4. Determine Average Temperature: Determine the average temperature.\newlineIt states the average temperature is 98°F98\degree F. We need specific temperature data to calculate the mean and verify this claim.
  5. Assess Clustering: Assess clustering around the mean. If the data is clustered around the mean, most values should be close to the average. This can't be confirmed without seeing the actual data distribution.

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