Dado el radio y la altura del cilindro, calcule el volumen, el área de superficie total y el área de superficie curva del cilindro.
- Volumen del cilindro:
El volumen del cilindro se define como la cantidad de espacio tridimensional ocupado por el cilindro o la capacidad de almacenamiento de un cilindro. Podemos calcular el volumen del cilindro usando la fórmula:
- donde ‘ r ‘ es el radio de la base y ‘ h ‘ es la altura del cilindro.
- Área de superficie total del cilindro :
El área de superficie del cilindro es el número de unidades cuadradas que cubrirán exactamente la superficie exterior de un cono. Hay tres superficies en un cilindro, una curva y dos bases circulares. El área de la superficie total del cilindro es la suma del área de las bases circulares y el área de la superficie curva. El área de superficie total incluye el área de la parte superior y la base circulares, así como el Área de superficie curva (CSA).
Podemos calcular el área de superficie curva y el área de superficie total usando la fórmula:
Ejemplos:
Input : Enter Radius Of Cylinder 5
Enter Height Of Cylinder 8
Output : Volume Of Cylinder = 628.3185307179587
Total Surface Area Of Cylinder = 408.4070449666731
Curved Surface Area Of Cylinder = 251.32741228718345
Input :Enter Radius Of Cylinder 15
Enter Height Of Cylinder 10
Output :Volume Of Cylinder = 7068.583470577034
Total Surface Area Of Cylinder = 2356.194490192345
Curved Surface Area Of Cylinder = 942.4777960769379
C
#include <stdio.h>
#define PI 3.14159
// Function To Calculate Volume OF Cylinder
float volume(float r, float h)
{
float vol = PI * r * r * h;
printf("Volume of Cylinder = %f \n" , vol);
}
// Function To Calculate Total Surface Area OF Cylinder
float totalsurfacearea(float r, float h)
{
float tsurf_ar = (2 * PI * r * h) + (2 * PI * r * r);
printf("Total Surface Area Of Cylinder = %f \n" , tsurf_ar);
}
// Function To Calculate Curved Surface Area OF Cylinder
float curvedsurfacearea(float r, float h)
{
float cursurf_ar = (2 * PI * r * h);
printf("Curved Surface Area Of Cylinder = %f \n" , cursurf_ar);
}
// Driver Code
int main()
{
float r = 5;
float h = 8;
// Function Call And Printing Volume, TSA, CSA Of Cylinder
volume(r, h);
totalsurfacearea(r, h);
curvedsurfacearea(r, h);
return 0;
}
// This code is contributed by Abhishek Agrawal.
C++
#include <bits/stdc++.h>
#define PI 3.14159
using namespace std;
// Function To Calculate Volume OF Cylinder
void volume(float r, float h)
{
float vol = PI * r * r * h;
cout << "Volume of Cylinder = " << vol << "\n" ;
}
// Function To Calculate Total Surface Area OF Cylinder
void totalsurfacearea(float r, float h)
{
float tsurf_ar = (2 * PI * r * h) + (2 * PI * r * r);
cout << "Total Surface Area Of Cylinder = " << tsurf_ar << "\n";
}
// Function To Calculate Curved Surface Area OF Cylinder
void curvedsurfacearea(float r, float h)
{
float cursurf_ar = (2 * PI * r * h);
cout << "Curved Surface Area Of Cylinder = "
<< cursurf_ar << "\n";
}
// Driver code
int main()
{
float r = 5;
float h = 8;
volume(r, h);
totalsurfacearea(r, h);
curvedsurfacearea(r, h);
}
// This code is contributed by Abhishek Agrawal.
Java
// java code for illustion....
import java.io.*;
class GFG
{
static double PI = 3.14159;
// Function To Calculate Volume OF Cylinder
static void volume(double r, double h)
{
double vol = PI * r * r * h;
System.out.println( "Volume of Cylinder = "
+ vol );
}
// Function To Calculate Total Surface Area OF Cylinder
static void totalsurfacearea(double r, double h)
{
double tsurf_ar = (2 * PI * r * h) + (2 * PI * r * r);
System.out.println( "Total Surface Area Of Cylinder = "
+ tsurf_ar );
}
// Function To Calculate Curved Surface Area OF Cylinder
static void curvedsurfacearea(double r, double h)
{
double cursurf_ar = (2 * PI * r * h);
System.out.println( "Curved Surface Area Of Cylinder = "
+ cursurf_ar );
}
// Driver code
public static void main (String[] args)
{
double r = 7;
double h = 6;
volume(r, h);
totalsurfacearea(r, h);
curvedsurfacearea(r, h);
}
}
// This code is contributed by Sunnysingh
Python
# Importing Math Library For The Value Of PI
import math
pi = math.pi
# Function To Calculate Volume OF Cylinder
def volume(r, h):
vol = pi * r * r * h
return vol
# Function To Calculate Total Surface Area
# of Cylinder
def totalsurfacearea(r, h):
tsurf_ar = (2 * pi * r * h) + (2 * pi * r * r)
return tsurf_ar
# Function To Calculate Curved Surface Area
# of Cylinder
def curvedsurfacearea(r, h):
cursurf_ar = (2 * pi * r * h)
return cursurf_ar
# Driver Code
r = 5
h = 8
# Function Call And Printing Volume, TSA, CSA Of Cylinder
print("Volume Of Cylinder = ",volume(r, h))
print("Total Surface Area Of Cylinder = ",totalsurfacearea(r,h))
print("Curved Surface Area Of Cylinder = ",curvedsurfacearea(r,h))
C#
// C# code for illustion....
using System;
class GFG {
static double PI = 3.14159;
// Function To Calculate Volume OF Cylinder
static void volume(double r, double h)
{
double vol = PI * r * r * h;
Console.WriteLine( "Volume of Cylinder = "
+ vol );
}
// Function To Calculate Total Surface Area
// OF Cylinder
static void totalsurfacearea(double r, double h)
{
double tsurf_ar = (2 * PI * r * h) +
(2 * PI * r * r);
Console.WriteLine( "Total Surface Area Of "
+ "Cylinder = " + tsurf_ar );
}
// Function To Calculate Curved Surface Area
// OF Cylinder
static void curvedsurfacearea(double r, double h)
{
double cursurf_ar = (2 * PI * r * h);
Console.WriteLine( "Curved Surface Area Of"
+ " Cylinder = " + cursurf_ar );
}
// Driver code
public static void Main ()
{
double r = 5;
double h = 8;
volume(r, h);
totalsurfacearea(r, h);
curvedsurfacearea(r, h);
}
}
// This code is contributed by vt_m.
PHP
<?php
// Function To Calculate Volume OF Cylinder
function volume( $r, $h)
{
$PI = 3.14159;
$vol = $PI * $r * $r * $h;
echo("Volume of Cylinder =");
echo($vol);
echo("\n");
}
// Function To Calculate Total Surface
// Area OF Cylinder
function totalsurfacearea( $r, $h)
{
$PI = 3.14159;
$tsurf_ar = (2 * $PI * $r * $h)
+ (2 * $PI * $r * $r);
echo("Total Surface Area Of Cylinder = ");
echo($tsurf_ar);
echo("\n");
}
// Function To Calculate Curved Surface
// Area OF Cylinder
function curvedsurfacearea($r, $h)
{
$PI =3.14159;
$cursurf_ar = (2 * $PI * $r * $h);
echo("Curved Surface Area Of Cylinder = ");
echo($cursurf_ar);
}
// Driver Code
$r = 5;
$h = 8;
// Function Call And Printing Volume,
// TSA, CSA Of Cylinder
volume($r, $h);
totalsurfacearea($r, $h);
curvedsurfacearea($r, $h);
// This code is contributed by vt_m.
?>
Javascript
<script>
let PI = 3.141592653589793238;
// Function To Calculate Volume OF Cylinder
function volume( r, h)
{
let vol = PI * r * r * h;
document.write("Volume of Cylinder = " + vol + "<br/>");
}
// Function To Calculate Total Surface Area OF Cylinder
function totalsurfacearea( r, h)
{
let tsurf_ar = (2 * PI * r * h) + (2 * PI * r * r);
document.write("Total Surface Area Of Cylinder = " + tsurf_ar+ "<br/>");
}
// Function To Calculate Curved Surface Area OF Cylinder
function curvedsurfacearea( r, h)
{
let cursurf_ar = (2 * PI * r * h);
document.write("Curved Surface Area Of Cylinder = " + cursurf_ar+ "<br/>");
}
// Driver Code
let r = 5;
let h = 8;
// Function Call And Printing Volume, TSA, CSA Of Cylinder
volume(r, h);
totalsurfacearea(r, h);
curvedsurfacearea(r, h);
// This code is contributed by Rajput-Ji
</script>
Producción:
Volume Of Cylinder = 628.3185307179587 Total Surface Area Of Cylinder = 408.4070449666731 Total Surface Area Of Cylinder = 251.32741228718345
Complejidad temporal : O(1)
Espacio auxiliar : O(1)
Publicación traducida automáticamente
Artículo escrito por Sharad_Bhardwaj y traducido por Barcelona Geeks. The original can be accessed here. Licence: CCBY-SA