The table shows the metabolic rate of a typical 18- to 30-year-old male according to his...

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The table shows the metabolic rate of a typical 18- to 30-year-old male according to his weight. Metabolic Rate (for 18- to 30-year-old men) Weight, x Metabolic Rate, m (pounds) (kilocalories/day) 88 1291 110 1444 125 1551 140 1658 155 1750 170 1857 185 1964 200 2071 (a) Find the function for the linear model that gives the metabolic rate in kilocalories/day of a typical 18- to 30-year-old male, where x is weight in pounds, with data from 88 x 200. (Round all numerical values to three decimal places.) m(x) = kilocalories/day (b) Write the derivative model for the formula in part (a). (Round all numerical values to three decimal places.) m'(x) = kilocalories/day per pound (c) Write a sentence of interpretation for the derivative of the metabolic rate model. The metabolic rate of a typical 18- to 30- year old male is increasing Need Help? Read It by approximately kilocalories/day per pound regardless of body-weight. The table shows the metabolic rate of a typical 18- to 30-year-old male according to his weight. Metabolic Rate (for 18- to 30-year-old men) Weight, x Metabolic Rate, m (pounds) (kilocalories/day) 88 1291 110 1444 125 1551 140 1658 155 1750 170 1857 185 1964 200 2071 (a) Find the function for the linear model that gives the metabolic rate in kilocalories/day of a typical 18- to 30-year-old male, where x is weight in pounds, with data from 88 x 200. (Round all numerical values to three decimal places.) m(x) = kilocalories/day (b) Write the derivative model for the formula in part (a). (Round all numerical values to three decimal places.) m'(x) = kilocalories/day per pound (c) Write a sentence of interpretation for the derivative of the metabolic rate model. The metabolic rate of a typical 18- to 30- year old male is increasing Need Help? Read It by approximately kilocalories/day per pound regardless of body-weight.