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circleSphere.cpp Prompt user for the diameter of a figure, calculate & display: Circumference of the circle - Area of the circle - Volume of the sphere - Surface area of the sphere Input: PI = 3.141592 Diameter of the figure Processing: 1. Initialize PI = 3.141592 2. Prompt user for diameter of the figure 3. Calculate radius radius = diameter / 2.0; 4. Calculate circumference & area of circle circumference = 2.0 * PI * radius; area = PI * pow(radius, 2.0); 5. Calculate volume & surface area of sphere volume = 4.0 / 3.0 * PI * pow(radius, 3.0); surfaceArea = 4 * PI * pow(radius, 2.0); 6. Display results (4 decimal places of precision) Output: Circumference & area of the corresponding circle, volume & surface area of the corresponding sphere

circleSphere.cpp Prompt user for the diameter of a figure, calculate & display: Circumference of the circle - Area of the circle - Volume of the sphere - Surface area of the sphere Input: PI = 3.141592 Diameter of the figure Processing: 1. Initialize PI = 3.141592 2. Prompt user for diameter of the figure 3. Calculate radius radius = diameter / 2.0; 4. Calculate circumference & area of circle circumference = 2.0 * PI * radius; area = PI * pow(radius, 2.0); 5. Calculate volume & surface area of sphere volume = 4.0 / 3.0 * PI * pow(radius, 3.0); surfaceArea = 4 * PI * pow(radius, 2.0); 6. Display results (4 decimal places of precision) Output: Circumference & area of the corresponding circle, volume & surface area of the corresponding sphere

Database System Concepts
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
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I need help with creating an Algorithm and Green text/comments for this C++ code. My professor told me that the code needs to look ORGANIZE AND NEAT and BE EASY TO READ. He recommends writing notes/comments ( I assumed he's referring to the GREEN TEXT). I MUST HAVE A ALGORITHM AT THE TOP OF THE CODE AND COMMENTS FOR THIS CODE. THE PHOTOS SHOWS AN EXAMPLE OF CODE THAT IS ORGANIZED IN THE WAY MY PROFESSOR WANTS IT. I NEED HELP WITH CREATING AN ALGORITHM AND ORGANIZING THE CODE IN THE WAY MY PROFESSOR WANTS IT. PLEASE HELP. I ALREADY CREATED THE CODE JUST NEED HELP WITH I MENTION ABOVED.

// Header Files #include ciostream> #include <cmath> sinclude <iomanip> using namespace std; int main() { // Constant & Variables const double PI - 3.141592; double diameter, radius, circumference, area, volume, surfaceArea; // Intro cout « "\nCircles & Spheres Geonetry Calculator .." « endl; // Prompt user for diameter cout « "\nPlease enter diameter of the figure: "; cin >» diameter; // Calculate radius radius = diameter / 2.0; // Calculate circunference & area of circle // Calculate volume & surface area of sphere circumference - 2.0 * PI * radius; area - PI • pow(radius, 2.0); volume - 4.0 / 3.0 • PI * pow(radius, 3.0); surfaceArea = 4 • PI • pow(radius, 2.0); // Display results cout « "\nGiven " « dianeter « as the diameter ..." « endl <« endl; // Temp formatting constants const int LN - 3e, RM - 10; // Left & right field widths // Set number formatting cout « fixed « showpoint <« setprecision(4); cout « setw(LW) « left <« "Circumference of circle:" « setw(RW) <« right <« circumference << end1 « setw(LW) « left « "Area of circle:" « setw(RW) <« right << area « endl « setw(LN) <« left « "Volune of sphere:" « setw(RW) « right << volune « endl « setw(LW) <« left « "Surface Area of sphere:" « setw(RW) <« right << surfaceArea <« endl << endl; return e;
Transcribed Image Text:// Header Files #include ciostream> #include <cmath> sinclude <iomanip> using namespace std; int main() { // Constant & Variables const double PI - 3.141592; double diameter, radius, circumference, area, volume, surfaceArea; // Intro cout « "\nCircles & Spheres Geonetry Calculator .." « endl; // Prompt user for diameter cout « "\nPlease enter diameter of the figure: "; cin >» diameter; // Calculate radius radius = diameter / 2.0; // Calculate circunference & area of circle // Calculate volume & surface area of sphere circumference - 2.0 * PI * radius; area - PI • pow(radius, 2.0); volume - 4.0 / 3.0 • PI * pow(radius, 3.0); surfaceArea = 4 • PI • pow(radius, 2.0); // Display results cout « "\nGiven " « dianeter « as the diameter ..." « endl <« endl; // Temp formatting constants const int LN - 3e, RM - 10; // Left & right field widths // Set number formatting cout « fixed « showpoint <« setprecision(4); cout « setw(LW) « left <« "Circumference of circle:" « setw(RW) <« right <« circumference << end1 « setw(LW) « left « "Area of circle:" « setw(RW) <« right << area « endl « setw(LN) <« left « "Volune of sphere:" « setw(RW) « right << volune « endl « setw(LW) <« left « "Surface Area of sphere:" « setw(RW) <« right << surfaceArea <« endl << endl; return e;
circleSphere.cpp Prompt user for the diameter of a figure, calculate & display: Circumference of the circle - Area of the circle - Volume of the sphere - Surface area of the sphere Input: PI = 3.141592 Diameter of the figure Processing: 1. Initialize PI = 3.141592 2. Prompt user for diameter of the figure 3. Calculate radius radius = diameter / 2.0; 4. Calculate circumference & area of circle circumference = 2.0 * PI * radius; area = PI * pow(radius, 2.0); 5. Calculate volume & surface area of sphere volume = 4.0 / 3.0 * PI * pow(radius, 3.0); surfaceArea = 4 * PI * pow(radius, 2.0); 6. Display results (4 decimal places of precision) Output: Circumference & area of the corresponding circle, volume & surface area of the corresponding sphere
Transcribed Image Text:circleSphere.cpp Prompt user for the diameter of a figure, calculate & display: Circumference of the circle - Area of the circle - Volume of the sphere - Surface area of the sphere Input: PI = 3.141592 Diameter of the figure Processing: 1. Initialize PI = 3.141592 2. Prompt user for diameter of the figure 3. Calculate radius radius = diameter / 2.0; 4. Calculate circumference & area of circle circumference = 2.0 * PI * radius; area = PI * pow(radius, 2.0); 5. Calculate volume & surface area of sphere volume = 4.0 / 3.0 * PI * pow(radius, 3.0); surfaceArea = 4 * PI * pow(radius, 2.0); 6. Display results (4 decimal places of precision) Output: Circumference & area of the corresponding circle, volume & surface area of the corresponding sphere
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