The empty steel cylinder in Figure below floats in the position shown. What is cylinder mass in 3 ст 8 сm Water -D = 9 cm- O a. 0.45 kg O b. 4.99 kg О с. 0.75 kg O d. 1.00 kg e. 0.51 kg О е.
The empty steel cylinder in Figure below floats in the position shown. What is cylinder mass in 3 ст 8 сm Water -D = 9 cm- O a. 0.45 kg O b. 4.99 kg О с. 0.75 kg O d. 1.00 kg e. 0.51 kg О е.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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### Diagram Explanation
The figure shows an empty steel cylinder partially submerged in water. The cylinder floats in a vertical position. The dimensions of the cylinder and its relationship with the water surface are as follows:
- The diameter (D) of the cylinder is given as 9 cm.
- The portion of the cylinder emerged above the water surface is 3 cm.
- The portion of the cylinder submerged below the water surface is 8 cm.
- Total height of the cylinder = 3 cm (emerged) + 8 cm (submerged) = 11 cm.
### Answer Choices
a. 0.45 kg
b. 4.99 kg
c. 0.75 kg
d. 1.00 kg
e. 0.51 kg
### Detailed Analysis (Hyperlinked to More Resources)
For further details about buoyancy and how to calculate the mass of an object floating in water, refer to [Buoyancy and Archimedes Principle](#).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F51fbf4ed-5c5f-43a8-97a7-ef5f8ff66374%2F39135e3e-a1f3-4b45-bc6c-1ba345ecd373%2Frtn3vb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:### Problem Description
The empty steel cylinder in Figure below floats in the position shown. What is the cylinder mass in kg?

### Diagram Explanation
The figure shows an empty steel cylinder partially submerged in water. The cylinder floats in a vertical position. The dimensions of the cylinder and its relationship with the water surface are as follows:
- The diameter (D) of the cylinder is given as 9 cm.
- The portion of the cylinder emerged above the water surface is 3 cm.
- The portion of the cylinder submerged below the water surface is 8 cm.
- Total height of the cylinder = 3 cm (emerged) + 8 cm (submerged) = 11 cm.
### Answer Choices
a. 0.45 kg
b. 4.99 kg
c. 0.75 kg
d. 1.00 kg
e. 0.51 kg
### Detailed Analysis (Hyperlinked to More Resources)
For further details about buoyancy and how to calculate the mass of an object floating in water, refer to [Buoyancy and Archimedes Principle](#).
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