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Given in the question that, Researchers in Norway analyzed data on the birth weights of $400,000$newborns over a six-year period. The distribution of birth weights is approximately Normal with a mean of $3668$grams and a standard deviation of $511$gra ms. I$9$n this population, the range (maximum – minimum) of birth weights is$3417$grams. We used Fathom software to take $500$SRSs of size $n=5$and calculate the range (maximum – minimum) for each sample. The dotplot below shows the results.

• We need to draw Sketch a possible graph of the distribution of sample data for an SRS of size $5$with a range of $1000$grams.

Given,

Figure is,

Consider, the numbers are $2800,3000,3200,3400,3800.$

The figure could be constructed as:

Researchers in Norway analyzed data on the birth weights of $400,000$newborns over a six-year period. The distribution of birth weights is approximately Normal with a mean of $3668$grams and a standard deviation of$511$grams.$9$In this population, the range (maximum – minimum) of birth weights is $3417$grams. We used Fathom software to take $500$SRSs of size$n=5$and calculate the range (maximum – minimum) for each sample. The dotplot below shows the results

The range of both the distributions is not equal because the provided data plot has the range of $500$ samples while the actual one has the sample range for all the samples of $500$ size.