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Use the graph on the right to answer the following questions. 35 304 a Estimate the pressure at altitudes of 6,000 feet. 18.000 feet, and 29,000 feet. b. Estimate the altitudes at which the pressure is 22 18 and 13 inches of mercury c. Estimating beyond the boundaries of the graph, at what altitude do you think the atmospheric pressure reaches 5 inches of mercury? Is there an altitude at which the pressure is exactly zero? Explain your reasoning 25 20- (10000 21) (20000,18) 15- 10- (30000, 10) 5 4 of 10.000 20,000 30,000 Altitude (feet) KITSES a. The pressure at 6,000 feet is 25 inches of mercury, the pressure at 18.000 feet is 15 inches of mercury, and the pressure at 29,000 feet is 9 inches of mercury (Round to the nearest integer as needed.) b. The altitude for which the pressure is 22 inches of mercury is 7.000 feet, the altitude for which the pressure is 18 inches of mercury is 18,000 feet, and the altitude for which the pressure is 13 inches of mercury is 25,000 feet. (Round to the nearest thousand as needed.) c. The altitude at which the atmospheric pressure reaches 5 is approximately 36.000 (Round to the nearest thousand as needed) Explain whether there is an altitude at which the pressure is exactly zero. Choose the correct answer below. OA. The pressure reaches zero at an altitude of feet Atmo pressure (in of mercury) (0,30) (5000 27

Use the graph on the right to answer the following questions. 35 304 a Estimate the pressure at altitudes of 6,000 feet. 18.000 feet, and 29,000 feet. b. Estimate the altitudes at which the pressure is 22 18 and 13 inches of mercury c. Estimating beyond the boundaries of the graph, at what altitude do you think the atmospheric pressure reaches 5 inches of mercury? Is there an altitude at which the pressure is exactly zero? Explain your reasoning 25 20- (10000 21) (20000,18) 15- 10- (30000, 10) 5 4 of 10.000 20,000 30,000 Altitude (feet) KITSES a. The pressure at 6,000 feet is 25 inches of mercury, the pressure at 18.000 feet is 15 inches of mercury, and the pressure at 29,000 feet is 9 inches of mercury (Round to the nearest integer as needed.) b. The altitude for which the pressure is 22 inches of mercury is 7.000 feet, the altitude for which the pressure is 18 inches of mercury is 18,000 feet, and the altitude for which the pressure is 13 inches of mercury is 25,000 feet. (Round to the nearest thousand as needed.) c. The altitude at which the atmospheric pressure reaches 5 is approximately 36.000 (Round to the nearest thousand as needed) Explain whether there is an altitude at which the pressure is exactly zero. Choose the correct answer below. OA. The pressure reaches zero at an altitude of feet Atmo pressure (in of mercury) (0,30) (5000 27

Calculus: Early Transcendentals
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Use the graph on the right to answer the following questions. a Estimate the pressure at altitudes of 6,000 feet. 18.000 feet, and 29,000 feet. b. Estimate the altitudes at which the pressure is 22. 18 and 13 inches of mercury. c. Estimating beyond the boundaries of the graph, at what altitude do you think the atmospheric pressure reaches 5 inches of mercury? Is there an altitude at which the pressure is exactly zero? Explain your reasoning (10000.21) (20000,16) (30000, 10) 10,000 20,000 30,000 Altitude (feet) HUSETSUD a. The pressure at 6,000 feet is 25 inches of mercury, the pressure at 18.000 feet is 15 inches of mercury, and the pressure at 29,000 feet is 9 inches of mercury. (Round to the nearest integer as needed.) b. The altitude for which the pressure is 22 inches of mercury is 7.000 feet, the altitude for which the pressure is 18 inches of mercury is 18,000 feet, and the altitude for which the pressure is 13 inches of mercury is 25,000 feet. (Round to the nearest thousand as needed.) c. The altitude at which the atmospheric pressure reaches 5 is approximately 36.000 (Round to the nearest thousand as needed.) Explain whether there is an altitude at which the pressure is exactly zero. Choose the correct answer below. OA. The pressure reaches zero at an altitude of feet Atmo pressure (in. of mercury) 35- 304 25- 20- 15 10- (0,30) 5 04 (5000 27)
Transcribed Image Text:Use the graph on the right to answer the following questions. a Estimate the pressure at altitudes of 6,000 feet. 18.000 feet, and 29,000 feet. b. Estimate the altitudes at which the pressure is 22. 18 and 13 inches of mercury. c. Estimating beyond the boundaries of the graph, at what altitude do you think the atmospheric pressure reaches 5 inches of mercury? Is there an altitude at which the pressure is exactly zero? Explain your reasoning (10000.21) (20000,16) (30000, 10) 10,000 20,000 30,000 Altitude (feet) HUSETSUD a. The pressure at 6,000 feet is 25 inches of mercury, the pressure at 18.000 feet is 15 inches of mercury, and the pressure at 29,000 feet is 9 inches of mercury. (Round to the nearest integer as needed.) b. The altitude for which the pressure is 22 inches of mercury is 7.000 feet, the altitude for which the pressure is 18 inches of mercury is 18,000 feet, and the altitude for which the pressure is 13 inches of mercury is 25,000 feet. (Round to the nearest thousand as needed.) c. The altitude at which the atmospheric pressure reaches 5 is approximately 36.000 (Round to the nearest thousand as needed.) Explain whether there is an altitude at which the pressure is exactly zero. Choose the correct answer below. OA. The pressure reaches zero at an altitude of feet Atmo pressure (in. of mercury) 35- 304 25- 20- 15 10- (0,30) 5 04 (5000 27)
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