1. Radius = 2.7, Height = 8.6, Surface Area = 2. Radius = 6, Height = 5.6, Surface Area = 3. Radius = 8.4, Height = 5.3, Surface Area = 4. Diameter = 18.2, Height = 6.4, Surface Area = 5. Diameter = 10, Height = 3.1, Surface Area = 6. Diameter = 19, Height = 7.8, Surface Area = 7. Radius = 7.7, Height = 6.8, Surface Area = 8. Radius = 7.6, Height = 3.8, Surface Area = 9. Diameter = 12, Height = 4.8, Surface Area = 10. Diameter = 10.2, Height = 7, Surface Area = Volume = Volume = Volume = Volume = Volume = Volume = Volume = Volume = Volume = Volume =
1. Radius = 2.7, Height = 8.6, Surface Area = 2. Radius = 6, Height = 5.6, Surface Area = 3. Radius = 8.4, Height = 5.3, Surface Area = 4. Diameter = 18.2, Height = 6.4, Surface Area = 5. Diameter = 10, Height = 3.1, Surface Area = 6. Diameter = 19, Height = 7.8, Surface Area = 7. Radius = 7.7, Height = 6.8, Surface Area = 8. Radius = 7.6, Height = 3.8, Surface Area = 9. Diameter = 12, Height = 4.8, Surface Area = 10. Diameter = 10.2, Height = 7, Surface Area = Volume = Volume = Volume = Volume = Volume = Volume = Volume = Volume = Volume = Volume =
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
.

Transcribed Image Text:Calculate and enter the answers. Use π = 3.14 and round your answer to the nearest tenth. You may use the TAB
key to move to the next question. When you are done, click Submit.
1. Radius = 2.7, Height = 8.6, Surface Area =
Volume =
2. Radius = 6, Height = 5.6, Surface Area =
3. Radius = 8.4, Height = 5.3, Surface Area
4. Diameter = 18.2, Height = 6.4, Surface Area =
5. Diameter = 10, Height = 3.1, Surface Area =
6. Diameter = 19, Height = 7.8, Surface Area =
7. Radius = 7.7, Height = 6.8, Surface Area =
8. Radius = 7.6, Height = 3.8, Surface Area =
9. Diameter = 12, Height = 4.8, Surface Area =
10. Diameter = 10.2, Height = 7, Surface Area =
Volume =
Volume
Volume =
Volume =
Volume =
Volume =
Volume =
Volume =
Volume =
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