The graph above shows how the x-axis, the y-axis, the line y = -x + 3 and the curve %3D y = 2 sin x + 1create three bounded regions, labeled A, B, and C, in the first quadrant. Suppose region C is revolved about the x-axis. Which of the following integrals would describe the volume of the resulting solid? r2.850 Soso0 (-x+ 3)² – (2 sin x + 1)²dx r2.850 n J0,890 Sos90 (2 sin x + 1)² - (-†x+3)*dx O a fos00 (2 sin x + 1) – (-†x + 3)) *dx - 2.850 1)² - (-÷x + }'dx - 2.850 2

Calculus: Early Transcendentals
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Chapter1: Functions And Models
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The graph above shows how the x-axis, the y-axis, the line y = -x + 3 and the curve
X
y = 2 sin x + 1create three bounded regions, labeled A, B, and C, in the first quadrant.
Suppose region C is revolved about the x-axis. Which of the following integrals would describe the
volume of the resulting solid?
2.850 (-x+3)² – (2 sin x + 1)²dx
0.890
2.850
IT
0.890
So s90 (2 sin x + 1)² – (-¿x +3)´dx
2.850
2
So 890 (2 sin x +1) – (-→x + 3))´dx
0.890
Sos00
2.850
2
2 sin x+1
x +
dx
-
2
0.890
2
Transcribed Image Text:< > fcps.instructure.com Calendar Quiz: Stan... * Start Page C Get Home... b My Questi. Standard... Class: AP... 2/19 Hom... W. PLD Calc,... AP Calcul... C Infinite Ca... 2- 1- 3 4 The graph above shows how the x-axis, the y-axis, the line y = -x + 3 and the curve X y = 2 sin x + 1create three bounded regions, labeled A, B, and C, in the first quadrant. Suppose region C is revolved about the x-axis. Which of the following integrals would describe the volume of the resulting solid? 2.850 (-x+3)² – (2 sin x + 1)²dx 0.890 2.850 IT 0.890 So s90 (2 sin x + 1)² – (-¿x +3)´dx 2.850 2 So 890 (2 sin x +1) – (-→x + 3))´dx 0.890 Sos00 2.850 2 2 sin x+1 x + dx - 2 0.890 2
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