Let g(t) give the total number of gallons of maple syrup sold by a local farmer over the firstt days after the start of the year. Simply, match each of the mathematical expressions below with the correct interpretation. I.g-(35) = 8 g(6) – g(0) II. g(12) = 3 I. 6. Each day after the 12 day of the year, the farmer will sell an additional 3 gallons of maple syrup. Between day 0 and day 6 of the year, an average of 9 gallons of maple syrup were sold per day. Over the first twelve days of the year, the farmer sold an average of 3 gallons of maple syrup each day. Eight days after the start of the year, the farmer will have sold 35 gallons of maple syrup. On the 35th day of the year, the farmer will have sold 8 gallons of milk. Between day 12 and day 13, the total gallons of maple syrup sold will increase by approximately 3 gallons. Over the first six days of the year, a total of 9 gallons of maple syrup are sold.
Let g(t) give the total number of gallons of maple syrup sold by a local farmer over the firstt days after the start of the year. Simply, match each of the mathematical expressions below with the correct interpretation. I.g-(35) = 8 g(6) – g(0) II. g(12) = 3 I. 6. Each day after the 12 day of the year, the farmer will sell an additional 3 gallons of maple syrup. Between day 0 and day 6 of the year, an average of 9 gallons of maple syrup were sold per day. Over the first twelve days of the year, the farmer sold an average of 3 gallons of maple syrup each day. Eight days after the start of the year, the farmer will have sold 35 gallons of maple syrup. On the 35th day of the year, the farmer will have sold 8 gallons of milk. Between day 12 and day 13, the total gallons of maple syrup sold will increase by approximately 3 gallons. Over the first six days of the year, a total of 9 gallons of maple syrup are sold.
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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