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The graph is part of a report about land use in a certain region. The chart shows, for each of the designations park and vacant, the percent of the region's total area that has that designation and the percent of the total number of lots in the region that have that designation. All land in the region is divided into lots.
Select the options from the drop-down menus that complete the statement so that it most accurately reflects the information provided.
For this region, the ratio of the number of lots with the designation vacant to the number with the designation park is approximately
For this region, the ratio of the mean area of the lots with the designation vacant to the mean area of the lots with the designation park is approximately
Question 1: The graph indicates that for this region approximately 20% of the lots have the designation vacant and 2% of the lots have the designation park. Therefore, for this region the number of lots with the designation vacant \s 10 times the number with the designation park, and hence for this region the ratio of the number of lots with the designation vacant to the number with the designation park is 10 to 1.
The correct answer is 10 to 1.
Question 2: Let 4 be the total area of the region and let N be the total number of lots in the region. The graph shows that there are approximately 0.2N (i.e., 20% of N) lots with the designation vacant and these lots together use an area of approximately 0.1A (i.e., 10% of A). Thus, the mean area of the lots with the designation vacant is approximately \(\frac{01A}{02N} =\frac{1}{2} (\frac{A}{N})\) The graph also shows that there are approximately 0.02N (i.e., 2% of N) lots with the designation park and these lots together use an area of approximately 0.4/4 (i.e., 40% of A). Thus, the mean area of the lots with the designation park is approximately \(\frac{0.4A}{0.02N} = 20(\frac{A}{N})\) Therefore, for this region the ratio of the mean area of the lots with the designation vacant to the mean area of the lots with the designation park is approximately 1/2 to 20, or equivalently, 1 to 40.
The graph is part of a report about land use in a certain region. The chart shows, for each of the designations park and vacant, the percent of the region's total area that has that designation and the percent of the total number of lots in the region that have that designation. All land in the region is divided into lots.
Select the options from the drop-down menus that complete the statement so that it most accurately reflects the information provided.
For this region, the ratio of the number of lots with the designation vacant to the number with the designation park is approximately
For this region, the ratio of the mean area of the lots with the designation vacant to the mean area of the lots with the designation park is approximately
The graph is part of a report about land use in a certain region. The chart shows, for each of the designations park and vacant, the percent of the region's total area that has that designation and the percent of the total number of lots in the region that have that designation. All land in the region is divided into lots.
Select the options from the drop-down menus that complete the statement so that it most accurately reflects the information provided.
For this region, the ratio of the number of lots with the designation vacant to the number with the designation park is approximately
For this region, the ratio of the mean area of the lots with the designation vacant to the mean area of the lots with the designation park is approximately
Dropdown 1 For this region, the ratio of the number of lots with the designation vacant to the number with the designation park is approximately 10:1.
Number of lots with the designation vacant 0-5, 5-10, 10-15, 15-20--> 20
Number of lots with the designation park 0-2--->2
So, the ratio would be \(\frac{20}{2}\) = 10:1
Dropdown 2 For this region, the ratio of the mean area of the lots with the designation vacant to the mean area of the lots with the designation park is approximately 4:1.
Mean area of the lots with the designation park=\(\frac{0+5+10+15+20+25+30+35+40}{900}\) = \(\frac{1}{5}\).
Mean area of the lots with the designation vacant =\(\frac{0+5+10}{300}\)=\(\frac{1}{20}\)
So, the ratio should be 4:1.
cheshire
The graph is part of a report about land use in a certain region. The chart shows, for each of the designations park and vacant, the percent of the region's total area that has that designation and the percent of the total number of lots in the region that have that designation. All land in the region is divided into lots.
Select the options from the drop-down menus that complete the statement so that it most accurately reflects the information provided.
For this region, the ratio of the number of lots with the designation vacant to the number with the designation park is approximately
For this region, the ratio of the mean area of the lots with the designation vacant to the mean area of the lots with the designation park is approximately
Ratio of number of vacant lots to park lots = (percent lots vacant) / (percent lots park) = 20/2 = 10:1
Ratio of mean lot area vacant to mean lot area park = (percent area vacant / percent lots vacant) / (percent area park / percent lots park) = (10/20)/(40/2) = 1 : 40