Using the linearization in this data through the calculator program, we plug in the production in y and the year in x column. The equation is equal to y = 2053x + 39759. Hence after 25 years at 2025, production is y = (2053)(25) + 39759 = 91084. To reach 100,000 metric tons, 100000 = 2053x + 39759, we need x years equal to 29.3 years, hence on year 2029.
Step-by-step explanation:
51 - 2j
maybe something is missing here, but that is the representation of what you wrote.
Answer:
5,2 and 4,0 for a
Step-by-step explanation: the line is overlapped on the 2 plots
Answer:
GH and GI
Step-by-step explanation:
Yeah
D1 = 60 for a price of $80. Charging $80 will ensure supply exceeds demand.
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The store apparently could charge a price slightly lower than $80, but we cannot tell from the chart how much lower.
