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Use the table to determine if the pattern of change is linear or exponential. If the change is linear, identify and interpret the constant rate of change. If the change is exponential, identify the common ratio and interpret the percent change. Some patterns of change may not have an exact common ratio. In these cases, approximate the ratio. The air pressure in the cabin of fighter jet decreases as the plane ascends. Altitude in Air Pressure in pounds per 10,000 of feet 1 square inch 2 3 4 10.200 6.375 3.984 2.490 O A. The change is linear. The constant rate of change is 0.0003825. O B. The change is exponential. The common ratio is about 0.625. OC. The change is exponential. The common ratio is about 1.6. O D. The change is linear. The constant rate of change is about -3.825 Interpretation: OA. The air pressure decreases 0.625 pounds per square inch per 10,000 feet of altitude.

Use the table to determine if the pattern of change is linear or exponential. If the change is linear, identify and interpret the constant rate of change. If the change is exponential, identify the common ratio and interpret the percent change. Some patterns of change may not have an exact common ratio. In these cases, approximate the ratio. The air pressure in the cabin of fighter jet decreases as the plane ascends. Altitude in Air Pressure in pounds per 10,000 of feet 1 square inch 2 3 4 10.200 6.375 3.984 2.490 O A. The change is linear. The constant rate of change is 0.0003825. O B. The change is exponential. The common ratio is about 0.625. OC. The change is exponential. The common ratio is about 1.6. O D. The change is linear. The constant rate of change is about -3.825 Interpretation: OA. The air pressure decreases 0.625 pounds per square inch per 10,000 feet of altitude.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter3: Linear And Nonlinear Functions
Section: Chapter Questions
Problem 5SGR
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O B. The air pressure increases by about 62.5% every 10,000 feet of altitude. OC. The air pressure decreases 3.825 pounds per square inch per 10,000 feet of altitude. O D. The air pressure decreases by about 37.5% every 10,000 feet of altitude.
Transcribed Image Text:O B. The air pressure increases by about 62.5% every 10,000 feet of altitude. OC. The air pressure decreases 3.825 pounds per square inch per 10,000 feet of altitude. O D. The air pressure decreases by about 37.5% every 10,000 feet of altitude.
Use the table to determine if the pattern of change is linear or exponential. If the change is linear, identify and interpret the constant rate of change. If the change is exponential, identify the common ratio and interpret the percent change. Some patterns of change may not have an exact common ratio. In these cases, approximate the ratio. The air pressure in the cabin of fighter jet decreases as the plane ascends. Air Pressure in Altitude in 10,000 of feet pounds per square inch 1 2 3 4 10.200 6.375 3.984 2.490 O A. The change is linear. The constant rate of change is 0.0003825. B. The change is exponential. The common ratio is about 0.625. O C. The change is exponential. The common ratio is about 1.6. O D. The change is linear. The constant rate of change is about -3.825. Interpretation: O A. The air pressure decreases 0.625 pounds per square inch per 10,000 feet of altitude.
Transcribed Image Text:Use the table to determine if the pattern of change is linear or exponential. If the change is linear, identify and interpret the constant rate of change. If the change is exponential, identify the common ratio and interpret the percent change. Some patterns of change may not have an exact common ratio. In these cases, approximate the ratio. The air pressure in the cabin of fighter jet decreases as the plane ascends. Air Pressure in Altitude in 10,000 of feet pounds per square inch 1 2 3 4 10.200 6.375 3.984 2.490 O A. The change is linear. The constant rate of change is 0.0003825. B. The change is exponential. The common ratio is about 0.625. O C. The change is exponential. The common ratio is about 1.6. O D. The change is linear. The constant rate of change is about -3.825. Interpretation: O A. The air pressure decreases 0.625 pounds per square inch per 10,000 feet of altitude.
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