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The asking price (in thousands of dollars) of 33 four-bedroom homes in a certain city are described by the dotplot. Asking Prices of Four-Bedroom Homes G ● . 50 D 100 150 Complete parts (a) through (e). ● The values of the outliers are 200 250 Thousands of dollars 300 thousand and 350 400 ▼thousand. .. a. A buyer can afford to pay up to $150 thousand. Assuming sellers will not lower their asking prices, what proportion of the homes can the buyer afford? The proportion of homes that the buyer can afford is (Round to the nearest thousandth as needed.) b. What proportion of the homes have asking prices between $250 thousand and $350 thousand? The proportion of homes with asking prices between $250 thousand and $350 thousand is. (Round to the nearest thousandth as needed.) c. If there were two outliers, estimate their values. 450 ... d. It turns out that the two homes with asking prices you identified in part (c) also have square footages that are outliers. Why does this make sense? OA. This makes sense because houses with large square footages tend to have low asking prices. OB. This makes sense because houses with small square footages tend to have low asking prices. OC. This makes sense because houses with small square footages tend to have high asking prices. OD. This makes sense because houses with large square footages tend to have high asking prices.

The asking price (in thousands of dollars) of 33 four-bedroom homes in a certain city are described by the dotplot. Asking Prices of Four-Bedroom Homes G ● . 50 D 100 150 Complete parts (a) through (e). ● The values of the outliers are 200 250 Thousands of dollars 300 thousand and 350 400 ▼thousand. .. a. A buyer can afford to pay up to $150 thousand. Assuming sellers will not lower their asking prices, what proportion of the homes can the buyer afford? The proportion of homes that the buyer can afford is (Round to the nearest thousandth as needed.) b. What proportion of the homes have asking prices between $250 thousand and $350 thousand? The proportion of homes with asking prices between $250 thousand and $350 thousand is. (Round to the nearest thousandth as needed.) c. If there were two outliers, estimate their values. 450 ... d. It turns out that the two homes with asking prices you identified in part (c) also have square footages that are outliers. Why does this make sense? OA. This makes sense because houses with large square footages tend to have low asking prices. OB. This makes sense because houses with small square footages tend to have low asking prices. OC. This makes sense because houses with small square footages tend to have high asking prices. OD. This makes sense because houses with large square footages tend to have high asking prices.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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The asking price (in thousands of dollars) of 33 four-bedroom homes in a certain city are described by the dotplot. Asking Prices of Four-Bedroom Homes 0 50 100 150 Complete parts (a) through (e). 200 250 Thousands of dollars The values of the outliers are 300 350 thousand and a. A buyer can afford to pay up to $150 thousand. Assuming sellers will not lower their asking prices, what proportion of the homes can the buyer afford? The proportion of homes that the buyer can afford is (Round to the nearest thousandth as needed.) b. What proportion of the homes have asking prices between $250 thousand and $350 thousand? 400 The proportion of homes with asking prices between $250 thousand and $350 thousand is (Round to the nearest thousandth as needed.) c. If there were two outliers, estimate their values. 450 thousand. d. It turns out that the two homes with asking prices you identified in part (c) also have square footages that are outliers. Why does this make sense? OA: This makes sense because houses with large square footages tend to have low asking prices. B. This makes sense because houses with small square footages tend to have low asking prices. OC. This makes sense because houses with small square footages tend to have high asking prices. OD. This makes sense because houses with large square footages tend to have high asking prices.
Transcribed Image Text:The asking price (in thousands of dollars) of 33 four-bedroom homes in a certain city are described by the dotplot. Asking Prices of Four-Bedroom Homes 0 50 100 150 Complete parts (a) through (e). 200 250 Thousands of dollars The values of the outliers are 300 350 thousand and a. A buyer can afford to pay up to $150 thousand. Assuming sellers will not lower their asking prices, what proportion of the homes can the buyer afford? The proportion of homes that the buyer can afford is (Round to the nearest thousandth as needed.) b. What proportion of the homes have asking prices between $250 thousand and $350 thousand? 400 The proportion of homes with asking prices between $250 thousand and $350 thousand is (Round to the nearest thousandth as needed.) c. If there were two outliers, estimate their values. 450 thousand. d. It turns out that the two homes with asking prices you identified in part (c) also have square footages that are outliers. Why does this make sense? OA: This makes sense because houses with large square footages tend to have low asking prices. B. This makes sense because houses with small square footages tend to have low asking prices. OC. This makes sense because houses with small square footages tend to have high asking prices. OD. This makes sense because houses with large square footages tend to have high asking prices.
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