HELP URGENT!! Please, thank you The average annual per-person consumption (in pounds per person) A(t) and B(t) of two comparable foodproducts, A and B, are modeled by the system shown to the right, where t is the number of years since1970. Use substitution or elimination to predict when the consumption of product A will equal that of productB. What will be that consumption?y = A(t) = 1.03t + 24.39y = B(t) = - 0.59t + 123.83Average Annual Per-Person Consumptionof Two Comparable Food ProductsAverage Annual Consumption(pounds per person)....The consumption of product A will equal that of product B in the year(Round to the nearest year as needed.)YearProduct AProduct BThe consumption will be pounds per person.197028.7124.9(Round to one decimal place as needed.)197527.2118.7198033.8121.8198537.4116.9199043.5105.6199551.3107.5200056.5107.6200561.4105.3

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The average annual per-person consumption (in pounds per person) A(t) and B(t) of two comparable food products, A and B, are modeled by the system shown to the right, where t is the number of years since 1970. Use substitution or elimination to predict when the consumption of product A will equal that of product B. What will be that consumption? y = A(t) = 1.03t + 24.39 y = B(t) = - 0.59t + 123.83 The consumption of product A will equal that of product B in the year (Round to the nearest year as needed.) Average Annual Per-Person Consumption of Two Comparable Food Products Average Annual Consumption (pounds per person) Year Product A Product B The consumption will be pounds per person. (Round to one decimal place as needed.) 1970 28.7 124.9 1975 27.2 118.7 1980 33.8 121.8 1985 37.4 116.9 1990 43.5 105.6 1995 51.3 107.5 2000 56.5 107.6 2005 61.4 105.3 .....

The average annual per-person consumption (in pounds per person) A(t) and B(t) of two comparable food products, A and B, are modeled by the system shown to the right, where t is the number of years since 1970. Use substitution or elimination to predict when the consumption of product A will equal that of product B. What will be that consumption? y = A(t) = 1.03t + 24.39 y = B(t) = - 0.59t + 123.83 The consumption of product A will equal that of product B in the year (Round to the nearest year as needed.) Average Annual Per-Person Consumption of Two Comparable Food Products Average Annual Consumption (pounds per person) Year Product A Product B The consumption will be pounds per person. (Round to one decimal place as needed.) 1970 28.7 124.9 1975 27.2 118.7 1980 33.8 121.8 1985 37.4 116.9 1990 43.5 105.6 1995 51.3 107.5 2000 56.5 107.6 2005 61.4 105.3 .....

Algebra and Trigonometry (6th Edition)

6th Edition

ISBN:9780134463216

Author:Robert F. Blitzer

Publisher:Robert F. Blitzer

ChapterP: Prerequisites: Fundamental Concepts Of Algebra

Section: Chapter Questions

Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...

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