The U.S. Crude Oil production, in billions of barrels, for the years from 2005 projected to 2025, can be modeled y = -0.003x2 +0.028x +1.991. with x equal to the vears after 2005 and y equal to the number of billions of barrels of crude oil. a. Find and interpret the vertex of the graph of this model. b. What does the model predict the crude oil production will be in 2028? c. Graph the function for the years 2005 to 2025. a. The vertex of the graph of this model isv= D. (Round to three decimal places as needed) Choose the correct interpretation of the vertex below. O A. The maximum number of barrels of crude oil projected to be produced during this period is 4.667 billion barrels. O B. The maximum number of barrels of crude oil projected to be produced during this period is 2.056 billion barrels. O C. The minimum number of barrels of crude oil projected to be produced during this period is 4.667 billion barrels. O D. The minimum number of barrels of crude oil projected to be produced during this period is 2.056 billion barrels. b. The model predicts the crude oil production to be billion barrels of oil in 2028. (Round to three decimal places as needed.) c. Choose the correct graph below. O A. 4+ O B. O C. AY O D. AY Ay 0- 4- 10 10 20 10 20 Ne H
The U.S. Crude Oil production, in billions of barrels, for the years from 2005 projected to 2025, can be modeled y = -0.003x2 +0.028x +1.991. with x equal to the vears after 2005 and y equal to the number of billions of barrels of crude oil. a. Find and interpret the vertex of the graph of this model. b. What does the model predict the crude oil production will be in 2028? c. Graph the function for the years 2005 to 2025. a. The vertex of the graph of this model isv= D. (Round to three decimal places as needed) Choose the correct interpretation of the vertex below. O A. The maximum number of barrels of crude oil projected to be produced during this period is 4.667 billion barrels. O B. The maximum number of barrels of crude oil projected to be produced during this period is 2.056 billion barrels. O C. The minimum number of barrels of crude oil projected to be produced during this period is 4.667 billion barrels. O D. The minimum number of barrels of crude oil projected to be produced during this period is 2.056 billion barrels. b. The model predicts the crude oil production to be billion barrels of oil in 2028. (Round to three decimal places as needed.) c. Choose the correct graph below. O A. 4+ O B. O C. AY O D. AY Ay 0- 4- 10 10 20 10 20 Ne H
Transcribed Image Text:Test
The U.S. Crude Oil production, in billions of barrels, for the years from 2005 projected to 2025, can be modeled y = -0.003x2 +0.028x +1.991. with x equal to the vears after 2005 and y equal to the number of billions of barrels of crude oil.
a. Find and interpret the vertex of the graph of this model.
b. What does the model predict the crude oil production will be in 2028?
c. Graph the function for the years 2005 to 2025,
a. The vertex of the graph of this model isv=( ). (Round to three decimal places as needed)
Choose the correct interpretation of the vertex below.
O A. The maximum number of barrels of crude oil projected to be produced during this period is 4.667 billion barrels.
O B. The maximum number of barrels of crude oil projected to be produced during this period is 2.056 billion barrels.
O C. The minimum number of barrels of crude oil projected to be produced during this period is 4.667 billion barrels.
O D. The minimum number of barrels of crude oil projected to be produced during this period is 2.056 billion barrels.
b. The model predicts the crude oil production to be
billion barrels of oil in 2028. (Round to three decimal places as needed.)
c. Choose the correct graph below.
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AY
Ay
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