III Frequency DistributionsA Frequency Distributions of Continuous VariablesObservations on one variable may be shown visually by putting thevariable's values on one axis (usually the horizontal axis or x-axis)and putting the frequency with which that value appears on the otheraxis (usually the vertical axis or y-axis). This is known as a frequencydistribution. Table 9-3 and Figure 9-2 show the distribution of thelevels of total cholesterol among 71 professional persons. The figureis shown in addition to the table because the data are easier tointerpret from the figure.Table 9-3 Serum Levels of Total Cholesterol Reported in 71 ParticipantsCholesterolValue (mg/dL)124128132133136138139146147149151153158160161162Number of persons5No. Observations32CholesterolValue (mg/dL)164165166169171175177178179180Data from unpublished findings in a sample of 71 professional persons in Connecticut"In this data set, the mean is 179.1 mg/dl, and the standard deviation is 28.2 mg/dl.181184186188191192194No. ObservationsCholesterolValue (mg/dL)196197206208209213217220221222226227228241264No. Observations0123 143 163 183 203 223 243 263Serum level of total cholesterol (mg/dL)Figure 9-2 Histogram showing frequency distribution of serum levels Identify the mean, median and mode based from the databelow. Please show complete solutions and completeanswers in a bond paper. Please take clear pictures andencircle your final answer. Submit it inpdf/jpeg/jpg/png/word file. Answers in 1 decimal place.Table 9-3 Serum Levels of Total Cholesterol Reported in 71 Participants*CholesterolValue (mg/dL)CholesterolValue (mg/dL)124128132133136138139146147149151153158.160161162163No. Observations1111164165166169171175177178179180181184186188191192194No. Observations3121CholesterolValue (mg/dL)196197206208.209213217220221222226227228241264No. Observations22

Question

III Frequency DistributionsA Frequency Distributions of Continuous VariablesObservations on one variable may be shown visually by putting thevariable's values on one axis (usually the horizontal axis or x-axis)and putting the frequency with which that value appears on the otheraxis (usually the vertical axis or y-axis). This is known as a frequencydistribution. Table 9-3 and Figure 9-2 show the distribution of thelevels of total cholesterol among 71 professional persons. The figureis shown in addition to the table because the data are easier tointerpret from the figure.Table 9-3 Serum Levels of Total Cholesterol Reported in 71 ParticipantsCholesterolValue (mg/dL)124128132133136138139146147149151153158160161162Number of persons5No. Observations32CholesterolValue (mg/dL)164165166169171175177178179180Data from unpublished findings in a sample of 71 professional persons in Connecticut&#34;In this data set, the mean is 179.1 mg/dl, and the standard deviation is 28.2 mg/dl.181184186188191192194No. ObservationsCholesterolValue (mg/dL)196197206208209213217220221222226227228241264No. Observations0123 143 163 183 203 223 243 263Serum level of total cholesterol (mg/dL)Figure 9-2 Histogram showing frequency distribution of serum levels Identify the mean, median and mode based from the databelow. Please show complete solutions and completeanswers in a bond paper. Please take clear pictures andencircle your final answer. Submit it inpdf/jpeg/jpg/png/word file. Answers in 1 decimal place.Table 9-3 Serum Levels of Total Cholesterol Reported in 71 Participants*CholesterolValue (mg/dL)CholesterolValue (mg/dL)124128132133136138139146147149151153158.160161162163No. Observations1111164165166169171175177178179180181184186188191192194No. Observations3121CholesterolValue (mg/dL)196197206208.209213217220221222226227228241264No. Observations22

Accepted Answer

Given data:    Cholesterol (xi)No. of obs. (fi)fi*xiCumulative frequency…

Identify the mean, median and mode based from the data below. Please show complete solutions and complete answers in a bond paper. Please take clear pictures and encircle your final answer. Submit it in pdf/jpeg/jpg/png/word file. Answers in 1 decimal place.