(Solved): Use the magnitudes (Richter scaie) of be earthquakes listed in the data sot bolow. Find she mean a ...

Use the magnitudes (Richter scaie) of be earthquakes listed in the data sot bolow. Find she mean and med an of this data sot. Is the magnitude of an narthquake measuring \( 7.5 \) on the Richter scaie an outitier (data value that is very far gavay from the others) when considered in the contexd of the sarrple data given in this data sef? Explain. Click the ison to view the earthquake Fichler scale data. Find the mean and median of the data set using a calculator or similar data aralysis tochnology. The mean of the data set is (Round to three decimal places as needed.) The median of the dati set is (Round to three docimal places as needed.) is the magnitude of an earthquake measuring \( 7.0 \) on the Richter scale an outlier when considered in the conext of the sample daca given? A. Yes, because this value is very far away from all of the other data values. B. No, because this value is not very far away trom all of the other data values. c. Yes, because this value is the maxmum data value. D. No, bocause this value is not the maximum data value. Use the magnitudes (Fichier scale) of the earthquakes listed in the data set below. Find the mean and modan of this data set. Is the magnitude of an earthquie meaturng \( 7.0 \) on the Richter scale an outler (data value that is very far away from the others) when considered in the context of the sample data given in this data set? Explain Click the icon to vew the earthquake Ruchter scale data. Find the mean and median of the data set using a calculator or similar data anabysis technology. The mean of the dala set is (Round to three decimal places as needed.) The medan of the data set is (Round to three docimal places as needed.) is the magnitude of an earthquake measuring \( 7.0 \) on the Pichter seve an oviter when considered in the context of the sancie data given? A. Yes, because this value is very far away from al of the cher data values: B. No, because this value is not very far away from al of the ober data values. C. Yes, because this value is the maximum data value. D. No, because this value is not the maximum data value. More Info