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12. Consider the arc L: y = 1+ cos z from (0,2) to (.1). Which of the following integrals give the area of the surface formed when L is revolved about the y = 27 A. 2m (cosz-1)√1+sin² z dz C. 2m (2-2)√1 + sin² z dz B. 2 2= 15¹² = 2√1+sin² z dz 27 ¹² (1. D. 2T (1 - cos z)√1 + sin² z dz

12. Consider the arc L: y = 1+ cos z from (0,2) to (.1). Which of the following integrals give the area of the surface formed when L is revolved about the y = 27 A. 2m (cosz-1)√1+sin² z dz C. 2m (2-2)√1 + sin² z dz B. 2 2= 15¹² = 2√1+sin² z dz 27 ¹² (1. D. 2T (1 - cos z)√1 + sin² z dz

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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$ 12. Consider the arc L : y = 1+ cos z from (0,2) to (,1). Which of the following integrals give the area of the surface formed when L is revolved about the y = 27 A. 2T 15¹² (cosz-1)√1+sin² z dr C. 2T (2-1)√1+ sin² z dz */2 B. 2T [/² z√1 + sin² x dz D. 2T (1-cos 2)√1+ sin² z dz fg fg OA B OD 0 4 f5 % 5 f6 40 6 O) 4- & 7 */2 8 9 f10 f11
Transcribed Image Text:$ 12. Consider the arc L : y = 1+ cos z from (0,2) to (,1). Which of the following integrals give the area of the surface formed when L is revolved about the y = 27 A. 2T 15¹² (cosz-1)√1+sin² z dr C. 2T (2-1)√1+ sin² z dz */2 B. 2T [/² z√1 + sin² x dz D. 2T (1-cos 2)√1+ sin² z dz fg fg OA B OD 0 4 f5 % 5 f6 40 6 O) 4- & 7 */2 8 9 f10 f11
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