Margaret had to come up with a unique data collection and analysis project to present to...

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Margaret had to come up with a unique data collection and analysis project to present to the class. After much hair-pulling and teeth- grinding, she came up with a cool idea. Margaret's brother mowed the neighbor's lawn every week unless it didn't rain enough for the grass to grow, in which case he'd wait a few days and then check the status again. She figured there had to be some connection between inches of rain in a week and hours of lawn mowing-or rather, money earned from mowing, since he got paid by the hour. She collected weekly data for 8 weeks using official precipitation reports from the local news station and amounts earned from mowing according to her brother. Week Inches of Rain Amount Earned from Mowing 1 1.2 $48.36 234567 0.4 46.12 2.5 49.50 1.5 42.70 0.2 36.56 0.4 46.12 3.3 64.74 8 4.1 66.98 (b1) Use the high-low method to generate a cost function for this relationship. (Round answers to 2 decimal places, e.g. 15.25.) Y = $ X + $ Margaret had to come up with a unique data collection and analysis project to present to the class. After much hair-pulling and teeth- grinding, she came up with a cool idea. Margaret's brother mowed the neighbor's lawn every week unless it didn't rain enough for the grass to grow, in which case he'd wait a few days and then check the status again. She figured there had to be some connection between inches of rain in a week and hours of lawn mowing-or rather, money earned from mowing, since he got paid by the hour. She collected weekly data for 8 weeks using official precipitation reports from the local news station and amounts earned from mowing according to her brother. Week Inches of Rain Amount Earned from Mowing 1 1.2 $48.36 234567 0.4 46.12 2.5 49.50 1.5 42.70 0.2 36.56 0.4 46.12 3.3 64.74 8 4.1 66.98 (b1) Use the high-low method to generate a cost function for this relationship. (Round answers to 2 decimal places, e.g. 15.25.) Y = $ X + $