Now the pilot activates the burner for 10 seconds. This action affects the temperature in a 12-foot- wide column 20 feet high, directly above the burner. A cross section of the balloon depicting this column in shown in the following figure. 20 ft ΖΑ 44 ft 28 ft 12 ft | Figure 5.63 Activating the burner heats the air in a 20-foot-high, 12- foot-wide column directly above the burner. Assume that after the pilot activates the burner for 10 seconds, the temperature of the air in the column described above increases according to the formula H(r,0,2) -2:- 48. Then the temperature of the air in the column is given by T₁(1,0,2)= 2-r 10 +210+(-2-48), while the temperature in the remainder of the balloon is still given by 2-r To(7,0,2)= +210. 10 3. Find the average temperature of the air in the balloon after the pilot has activated the burner for 10 seconds.

Now the pilot activates the burner for 10 seconds. This action affects the temperature in a 12-foot- wide column 20 feet high, directly above the burner. A cross section of the balloon depicting this column in shown in the following figure. 20 ft ΖΑ 44 ft 28 ft 12 ft | Figure 5.63 Activating the burner heats the air in a 20-foot-high, 12- foot-wide column directly above the burner. Assume that after the pilot activates the burner for 10 seconds, the temperature of the air in the column described above increases according to the formula H(r,0,2) -2:- 48. Then the temperature of the air in the column is given by T₁(1,0,2)= 2-r 10 +210+(-2-48), while the temperature in the remainder of the balloon is still given by 2-r To(7,0,2)= +210. 10 3. Find the average temperature of the air in the balloon after the pilot has activated the burner for 10 seconds.

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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