The graph shows the prices of different numbers of bushels of corn at a store in the current year. The table shows the prices of
different numbers of bushels of corn at the same store in the previous year.
A graph shows Number of Bushels on x-axis and Price of Corn in dollars on y-axis. The x-axis scale is shown from 0 to 21 at increments of 3, and the y-axis scale is shown from 0 to 168 at increments of 24. A straight line joins the ordered pairs 3, 24 and 6, 48 and 9, 72 and 12, 96 and 15, 120 and 18, 144.
Previous Year
Number of Bushels Price of Corn (dollars)
3 21
6 42
9 63
12 84
Part A: Describe in words how you can find the rate of change of a bushel of corn in the current year, and find the value. (5 points)
Part B: How many dollars more is the price of a bushel of corn in the current year than the price of a bushel of corn in the previous year? Show your work. (5 points)
A graph shows Number of Bushels on x-axis and Price of Corn in dollars on y-axis. The x-axis scale is shown from 0 to 21 at increments of 3, and the y-axis scale is shown from 0 to 168 at increments of 24. A straight line joins the ordered pairs 3, 24 and 6, 48 and 9, 72 and 12, 96 and 15, 120 and 18, 144.
Previous Year
Number of Bushels Price of Corn (dollars)
3 21
6 42
9 63
12 84
Part A: Describe in words how you can find the rate of change of a bushel of corn in the current year, and find the value. (5 points)
Part B: How many dollars more is the price of a bushel of corn in the current year than the price of a bushel of corn in the previous year? Show your work. (5 points)
1 answer:
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<em>It seems the correct function you need to mention is f(x) = sqrt x</em>
<em>so, I am assuming </em><em> and will solve the question based on it.</em>
Answer:
Check the explanation
Step-by-step explanation:
Given the function
As the function is translated according to the rule
- (x, y) → (x - 6, y + 9)
Translation of the function 6 units to the left will bring the function
Translation of the function 9 units up will bring the function
Determining the range of
- As we know that the range is the set of dependent values for which the function is defined.
so
Therefore, the expression describes the range of A(x) will be: