**Educational Resource on Cone Volume Calculation** ### Diagram of a Cone The diagram shows a cone with three crucial elements labeled: - \( r \): Radius of the base - \( h \): Height of the cone - \( s \): Slant height of the cone ### Expected Program Output This section demonstrates what the output of your program should resemble: ``` CS170: Cone Volume Calculator ------------------------------ Enter the radius of the cone: 5.9 Enter the height of the cone: 8.3 Cone Volume: 302.5594580843746 ``` ### Instructions for Formatting - Line #1 and all prompt and output formatting should be rendered precisely as shown. - Line #2 is as lengthy as Line #1 and is composed of dashes. - Lines #3 and #6 remain blank. - Lines #4 and #5 are for user input prompts, with input entered on the same line. - Line #7 ends with "Cone Volume:" followed by a newline character. - Ensure the cone volume output isn't formatted; use simple concatenation. - Verify calculation accuracy by ensuring correct division (integer vs. real number). ### Java File Completion Below is a skeleton Java file to help you structure your program: ```java ConeVolumeCalc.java 1 import ...; 2 /** 3 * Cone Volume Calculator. 4 * @author 5 * @version 6 */ 7 public class ConeVolumeCalc 8 { 9 /** 10 * Calculates the volume of a cone. 11 */ 12 public static void main(String[] args) 13 { 14 // Add your code here 15 } 16 } ``` Feel free to add your code in the specified section to complete the program and calculate the volume of a cone as shown.
**Educational Resource on Cone Volume Calculation** ### Diagram of a Cone The diagram shows a cone with three crucial elements labeled: - \( r \): Radius of the base - \( h \): Height of the cone - \( s \): Slant height of the cone ### Expected Program Output This section demonstrates what the output of your program should resemble: ``` CS170: Cone Volume Calculator ------------------------------ Enter the radius of the cone: 5.9 Enter the height of the cone: 8.3 Cone Volume: 302.5594580843746 ``` ### Instructions for Formatting - Line #1 and all prompt and output formatting should be rendered precisely as shown. - Line #2 is as lengthy as Line #1 and is composed of dashes. - Lines #3 and #6 remain blank. - Lines #4 and #5 are for user input prompts, with input entered on the same line. - Line #7 ends with "Cone Volume:" followed by a newline character. - Ensure the cone volume output isn't formatted; use simple concatenation. - Verify calculation accuracy by ensuring correct division (integer vs. real number). ### Java File Completion Below is a skeleton Java file to help you structure your program: ```java ConeVolumeCalc.java 1 import ...; 2 /** 3 * Cone Volume Calculator. 4 * @author 5 * @version 6 */ 7 public class ConeVolumeCalc 8 { 9 /** 10 * Calculates the volume of a cone. 11 */ 12 public static void main(String[] args) 13 { 14 // Add your code here 15 } 16 } ``` Feel free to add your code in the specified section to complete the program and calculate the volume of a cone as shown.
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
Related questions
Question
![**Educational Resource on Cone Volume Calculation**
### Diagram of a Cone
The diagram shows a cone with three crucial elements labeled:
- \( r \): Radius of the base
- \( h \): Height of the cone
- \( s \): Slant height of the cone
### Expected Program Output
This section demonstrates what the output of your program should resemble:
```
CS170: Cone Volume Calculator
------------------------------
Enter the radius of the cone: 5.9
Enter the height of the cone: 8.3
Cone Volume: 302.5594580843746
```
### Instructions for Formatting
- Line #1 and all prompt and output formatting should be rendered precisely as shown.
- Line #2 is as lengthy as Line #1 and is composed of dashes.
- Lines #3 and #6 remain blank.
- Lines #4 and #5 are for user input prompts, with input entered on the same line.
- Line #7 ends with "Cone Volume:" followed by a newline character.
- Ensure the cone volume output isn't formatted; use simple concatenation.
- Verify calculation accuracy by ensuring correct division (integer vs. real number).
### Java File Completion
Below is a skeleton Java file to help you structure your program:
```java
ConeVolumeCalc.java
1 import ...;
2 /**
3 * Cone Volume Calculator.
4 * @author
5 * @version
6 */
7 public class ConeVolumeCalc
8 {
9 /**
10 * Calculates the volume of a cone.
11 */
12 public static void main(String[] args)
13 {
14 // Add your code here
15 }
16 }
```
Feel free to add your code in the specified section to complete the program and calculate the volume of a cone as shown.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F533876a2-5565-4ef0-9bcd-1ae80bbad406%2F169b8147-0845-4ea7-8484-8c4466450aac%2Fd4z4au.jpeg&w=3840&q=75)
Transcribed Image Text:**Educational Resource on Cone Volume Calculation**
### Diagram of a Cone
The diagram shows a cone with three crucial elements labeled:
- \( r \): Radius of the base
- \( h \): Height of the cone
- \( s \): Slant height of the cone
### Expected Program Output
This section demonstrates what the output of your program should resemble:
```
CS170: Cone Volume Calculator
------------------------------
Enter the radius of the cone: 5.9
Enter the height of the cone: 8.3
Cone Volume: 302.5594580843746
```
### Instructions for Formatting
- Line #1 and all prompt and output formatting should be rendered precisely as shown.
- Line #2 is as lengthy as Line #1 and is composed of dashes.
- Lines #3 and #6 remain blank.
- Lines #4 and #5 are for user input prompts, with input entered on the same line.
- Line #7 ends with "Cone Volume:" followed by a newline character.
- Ensure the cone volume output isn't formatted; use simple concatenation.
- Verify calculation accuracy by ensuring correct division (integer vs. real number).
### Java File Completion
Below is a skeleton Java file to help you structure your program:
```java
ConeVolumeCalc.java
1 import ...;
2 /**
3 * Cone Volume Calculator.
4 * @author
5 * @version
6 */
7 public class ConeVolumeCalc
8 {
9 /**
10 * Calculates the volume of a cone.
11 */
12 public static void main(String[] args)
13 {
14 // Add your code here
15 }
16 }
```
Feel free to add your code in the specified section to complete the program and calculate the volume of a cone as shown.
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