# data[].attributes.body
#include<iostream>

using namespace std;

float kiraIsipadu(float,float); float r = 8;  float h = 15; float TotalIsipadu ; const int i=22/7;

int main ()

{

TotalIsipadu = kiraIsipadu(r,h); cout<<TotalIsipadu;

return 0;

}

float kiraIsipadu(float , float )

{

float Esphere;  float Econe;

Esphere =(4/3)*Pi*(r*r*r); Econe =(Pi*(r*r)*h/3);

TotalIsipadu = Esphere+Econe;

return TotalIsipadu ;

}

# data[].attributes.body
#include<iostream.h> #include<iomanip.h> #include<cmath.h> float KiraIsipadu (float r, float h); const double Pi = 22/7; void main () { float radius =8; float height =15; float volume; volume = KiraIsipadu ( radius, height); cout << " Isipadu : " << volume << endl; } float KiraIsipadu (float r, float h) { float volume; volume = ((Pi*r*r*h)/3 )+ (4/3*r*r*r); return volume; }

# data[].attributes.body
#include<iostream>

using namespace std;

float kiraisipadu(float radius, float height)

const double pi=22/7

int main()

{

float radius=8;

float height=15;

float volume=calculateVolume (radius, height);

float total;

cout<<"Total volume is "<<kiraisipadu(radius, height);

}

float kiraisipadu(float radius, float height)

{

float volumefsphere, volumeofcone;

volumeofsphere=(4/3)*pi*(radius*radius*radius);
volumeofcone=(pi*(radius*radius)*height/3);
totalvolume=volumeofsphere + volumeofcone;

return totalvolume;

}

# data[].attributes.body
#include<iostream.h> using namespace std float kiraIsipadu(float j,float t) const double PI=22/7 int main() { float jejari=8; float tinggi=15; float volume=kiraVolume( j,t); float jumlah; cout<<"Jumlahvolume"<<kiraisipadu(j,t); } float kiraIsipadu(float j,float t) { float Vsfera,Vkon; Vsfera=(4/3)*PI*(j*j*j); Vkon=(PI*(j*j)*t/3); jumlah=Vsfera + Vkon; return jumlah; }

# data[].attributes.body
#include<iostream.h>

double kira_isipadu();

double pi=3.142;

void main() {

double volume; volume=kira_isipadu(); cout<<"isipadu gabungan sebuah kon dan sebuah hemisfera ialah:"<<volume; }

double kira_isipadu() {

double pi=3.142; double vhemisfera;

double vcone;

double tvolume;

vhemisfera=(4/3*pi*8*8*8)/2; vcone=1/3pi*8*8*15; cout<<vcone; tvolume=vhemisfera+vcone;

return tvolume;
}

# data[].attributes.headline
Nur Qistina binti Remlay             D20141067977           28 September 2015

# data[].attributes.subject
Nur Qistina binti Remlay             D20141067977           28 September 2015

# data[].attributes.body
#include<iostream.h> float kiraIsipadu(float radius,float height); const double PI = 22/7; int main() { float radius = 8; float height = 15; float volume_solid = kiraIsipadu(radius,height); cout << "Volume_of_solid :" << kiraIsipadu(radius,height) << endl; return 0; } float kiraIsipadu(float r,float h) { float volume_cone; float volume_hemisphere; float volume_combined_solid; volume_cone = ((22/7)*(r*r)*(h/3)); volume_hemisphere = ((4/3)*(22/7)*(r*r*r))/2; volume_combined_solid = volume_cone + volume_hemiphere;

return volume_combined_solid; }

# data[].attributes.body
#include<iostream> using namespace std; float kiraIsipadu(float,float); float r = 8; float h = 15; float TotalIsipadu ; const int Pi=22/7; int main () { TotalIsipadu = kiraIsipadu(r,h); cout<<TotalIsipadu; return 0; } float kiraIsipadu(float , float ) { float Esphere; float Econe; Esphere =(4/3)*Pi*(r*r*r); Econe =(Pi*(r*r)*h/3); TotalIsipadu = Esphere+Econe; return TotalIsipadu ; }

# data[].attributes.body
#include <iostream> #include <iomanip> using namespace std; const double PI=22/7; int main () { int r=8; int h=15; float VolSphere; float VolCone; float TotalVol; cout <<"The total volume is: "<<TotalVol; //The volume of sphere VolSphere=(4/3)*(PI)*(r*r*r); //The volume of cone VolCone=(PI)*(r*r)*(h/3); //The total volume of sphere and cone TotalVol= VolSphere+VolCone; return TotalVol; }

# data[].attributes.body
#include <iostream> using namespace std; float kiraisipadu(float r,float h); float PI = 22/7; float h; float r; float volume; int main() { float radius=8,height=15; float volume = kiraisipadu(radius,height); return 0; } float kiraIsipadu(float r,float h) { float hsphere,cone; hsphere=(4/3)*PI*(r*r*r); cone=(PI*(r*r)*h/3); return hsphere + cone; }

# data[].attributes.body
#include<iostream.h>

using namespace std;

float kiraIsipadu(float r,float h)

const double PI=22/7

int main()

{

float radius=8;

float height=15;

float volume=calculateVolume (r,h);

float total;

cout<<"Total volume"<<kiraisipadu(r,h);

}

float kiraIsipadu(float r,float h)

{

float Vsphere,Vcone;

Vsphere=(4/3)*PI*(r*r*r);
Vcone=(PI*(r*r)*h/3);
total=Vsphere + Vcone;

return total;

}

# data[].attributes.body
#include <iostream>

int main(){

float radius = 8;

float height = 15;

const double pi = 22/7 ;

float find total volume = (radius(8)* height (15)*(22/7));

return 0;

}

cout << find total volume "";

}

# data[].attributes.body
#include <iostream.h>
const double pi = 22/7;
float radius = 8;
float tinggi = 15;
float isipadu;

void main()
{
float radius = 8;
float tinggi = 15;
float isipadu;

float jumlah = isipadu_sfera + isipadu_kon ;
cout<<"isipadu"<<jumlah;
}

{
isipadu_kon = (pi*radius*radius*tinggi)/3

ispadu_sfera = (4/3)*pi*radius*radius*radius

}

# data[].attributes.body
#include <iostream.h> using namespace std; const double pi=22/7; float calculatevolume(); int main() { float rad=8; float hei=15; float volume= calculatevolume(rad,hei); return 0; } float volume(float,float) { float total vspere,vcone vcone=pi*(float radius*float radius)*height/3; vspere=4/3*pi**(float radius*float radius*float radius); total=vspere+vcone return total}

# data[].attributes.body
#include<iostream.h>
#include<math.h>
double kira_isipadu();
double vcone();
double pi=22/7;
void main()
{float nilai;
double vcone;
float luas;
float luas2;
luas=kira_isipadu();
luas2=vcone();
cout<<"isipadu sphera:"<<luas;
cout<<"isipadu cone:"<<luas2;
}
double kira_isipadu()
{
float vsphera;
float nilai2;
double vcone;
float nilai;
nilai=pow(8,3);
vsphera=4/3*pi*nilai;
vcone=pi*nilai2*15/3;
return vsphera;

}
float vcone()
{float vcone;
float nilai2;
nilai2=pow(8,2);
vcone=pi*nilai2*15/3;
return vcone;
}

# data[].attributes.body
#include<iostream.h>

float kira_isipadu(float j,float t);
const PI=22/7;

int main()
{
float jejari=8;
float tinggi=15;
}

float kira_isipadu(float j,float t)

{
float vhemisphere,vcone;

vhemisphere=(4/3)*(22/7)*j*j*j;

vcone=((22/7)*j*j*t)/3;

jumlah=vhemisphere+vcone;

return jumlah;
}

# data[].attributes.body
#include<iostream.h>
float kiraIsipadu(float radius,float height);

int main()
{
float height=15;
float radius=8;
float total;

cout<<"Total volume:"<<kiraIsipadu(height,radius)<<endl;
}
float kiraIsipadu(float height,float radius)
{
float total,hemisphere,cone;

hemisphere = ((4/3)*(22/7)*radius*radius*radius);
cone = ((22/7)*radius*radius*(height/3));
total = hemisphere + cone;

return total;
}

# data[].attributes.body
#include<iostream.h>float kiraisipadu(float radius,float height);
int main()
{
float radius=8;
float height=15;
cout<<"total isipadu:"<<kiraisipadu(radius,height);

}
float kiraisipadu(float radius,float height)
{
float p=22/7,sphere,cone,jumlah;

sphere=4/3*p*radius*radius*radius;
cone=p*radius*radius*height/3;
jumlah=sphere+cone;
return jumlah;

}

# data[].attributes.body
#include <iostream.h>

float kiraisipadu(float, float);
const double PI = 22/7 ;

int main(){

float radius = 8;
float height = 15;
float isipadu = kiraisipadu(radius,heigh);

cout<< "volume :" <<isipadu;

}

float kiraisipadu (float r,float h)

{

float sphere = (4/3 )*PI *r*r*r;

float cone =(PI *r*r*h)/3;

jumlah = sphere + cone;

return = jumlah;

}

# data[].attributes.body
#include <iostream>
float kiraisipadu(float,float);
const double PI = 22/7 ;

int main()
{
float jejari=8,tinggi=15;
float isipadu = kiraisipadu(jejari,tinggi);
return 0;
}
float kiraIsipadu(float r,float h)
{
float sphere,cone;

sphere=(4/3)*PI*(r*r*r);
cone=(PI*(r*r)*h/3);
return sphere+cone;
}

# data[].attributes.body
#include <iostream.h>

float CalculateVol();
const double Pi = 22/7;

void main ()
{

float R = 8;
float H = 15;float volume;

volume = CalculateVol(R, H);

cout << " Isipadu: " << volume <<endl;
}

float CalculateVol(float Radius, float Height)
{ float volume;
volume = ((Pi*Radius*Radius*Height)/3 )+ (4/3*radius*radius*radius);

return volume;
}

# data[].attributes.body
#include<iostrem.h>

float kiraisipadu(float,float);

const double Pi=22/7;

int main()

{

float radius=8

float height=15;

float isipadu;

cout<<"total volume<<kiraisipadu(radius,height);

}

float kiraisipadu(float,float)

{

float vsphere,vcone;

vsphere=4/3*22/7*r*r*r;

vcone=22/7*r*r*h/3

total=vsphere+vcone

return total;

}

# data[].attributes.body
#include <iostream>
using namespace std;

float pi=22/7;
float count_Volume (float h, float r)
{
float volume;

volume= (4/3*22/7*r*r*r) + (22/7*r*r*h/3);

}

int main ()
{
float isipadu;
isipadu = count_volume (15,8);
return isipadu;
}

# data[].attributes.body
#include<iostream.h>
float kiraIsipadu(float r,float h);

int main()
{
float h=15,r=8,jumlah;
jumlah=kiraIsipadu(h,r);

cout<<"Jumlah:"<<jumlah<<endl;
}
float kiraIsipadu(float r,float h)
{
float jumlah,hemisphere,cone,PI=22/7;

hemisphere=(4/3)*PI*r*r*r;
cone=(PI*r*r*h)/3;
jumlah=hemisphere+cone;

return jumlah;
}

# data[].attributes.body
#include <ionstream.h>
float kiraisipadu();

void main()
{
float radius=8;
float height=15;
const double pi = 22/7

cout<<"Total volume;"

<<kiraisipadu(pi*height*radius*tinggi)/3

<<endl;

float volumesphere,volumecone;

volumesphere = 4/3*22/7*r*r*r

volumecone=22/7*r*r*r*h/3

total=volumesphere + volumecone

return total

}

# data[].attributes.body
#include <iostream.h>
float kiraIsipadu(float radi, float hig);

int main()
{
float radius=8, high=15;
cout<<"Jumlah isipadu\n"<<kiraIsipadu(radius,high);

}

float kiraIsipadu(float radi,float hig)
{
float p=22/7, sphe,kon,jumlah;

sphe=4/3*p*radi*radi*radi;
kon=p*radi*radi*hig/3;
jumlah=sphe+kon;
return jumlah;
}

# data[].attributes.body
#include<iostream>
using namespace std;

float kiraIsipadu(float,float);
float r = 8,h = 15;
float JumlahIsipadu ;
const int Pi=22/7;

int main()
{ JumlahIsipadu=kiraIsipadu();
cout<<JumlahIsipadu;

return 0;

}
float kiraIsipadu()

{ sphere=(4/3)*Pi*(r*r*r);
cone=Pi*(r*r)*h*(/3);
JumlahIsipadu=sphere+cone;

return ;

}

# data[].attributes.body
#include<iostream.h>

void main()

{

float radius=8;

float heigh=15;

float volume;

float pi=22/7;

total volume=volume(radius,height);

cout>>"totalvolume";

}

float volume(float radius, float height);

{

Vspehre=4/3*radius*radius*radius;

Vcone=pi*radius*radius*h/3;

return Vspehre+Vcone;

}

# data[].attributes.headline
AMIRULRAFIQ KAMARUDDIN (D069299) & MOHD IQBAR (D069423)

# data[].attributes.subject
AMIRULRAFIQ KAMARUDDIN (D069299) & MOHD IQBAR (D069423)

# data[].attributes.body
#include<iostream.h>

float volume (int r,int h) ;

using namespace std ;

constant int PI = 22/7

int main ()

{

int r1 = 8;

int h1 = 15;

float total = volume (r1,h1);

cout<< "volume :" <<total;

}

float volume (int r,int h)

{

sphere = (4/3 )*PI *r*r*r;

cone =(PI *r*r*h)/3;

total = sphere + cone;

return = total;

}

# data[].attributes.body
#include <iostream.h>

void main()

float kiraisipadu(float radius,float height);
double pi=22/7;
int radius=8;
int height=15;
cout<<"Total volume:"<<kiraIsipadu(height,radius)<<endl;
}
float kiraIsipadu(float r,float h)
{
float total,hemisphere,cone;

hemisphere=(4/3)*(22/7)*r*r*r;
cone=((22/7)*r*r*h)/3;
total=hemisphere+cone;

return total;
}

# data[].attributes.body
#include<iostream.h>
float kiraIsipadu(float radius,float height);

int main()
{
float height=15,radius=8,campur;

cout<<"Total volume:"<<kiraIsipadu(height,radius)<<endl;
}
float kiraIsipadu(float r,float h)
{
float total,hemisphere,cone;

hemisphere=(4/3)*(22/7)*r*r*r;
cone=((22/7)*r*r*h)/3;
total=hemisphere+cone;

return total;
}

# data[].attributes.body
#include <iostream.h>
using namespace std;
float pi=22/7;
float isipadu(float r,float h);

int main()
{
float h=15.0;
float r=8.0;
float volume;

cout<<"VOLUME ="<<isipadu(r,h);

}
float isipadu(float r,float h);
{
volume=(pi*r*r*h/3)+(4/3*pi*r*r*r);

return volume;
}

# data[].attributes.body
#include<iostream> using namespace std; float CalVol (); int r = 8;

int h = 15; float Volsphere, float Volcone, totalVol; const double Pi=22/7; int main () {

totalVol = CalVol (); cout << "totalVol";

return 0; } float CalVol () {

float VolSphere = (4/3)*Pi*(r*r*r) ; float VolCone = Pi*(r*r)*(h/3) ;

totalVol = Volsphere+Volcone;

return totalVol

}

# data[].attributes.body
include <iostream.h>

float kiraisipadu();

float PI=22/7 ;

float radius=8;

float height=15;

float ISIPADU(jejari,tinggi);

{
float volume;
volume=(4/3*22/7*8*8*8)+(22?7*8*8*815/3);
return volume;

}

# data[].attributes.body
// Haziq Bin Mohd Husaimi
// D20142069420
#include <iostream>
using namespace std;

float pi=22/7;
float kiraIsipadu (float height, float radius)
{
float volume;
volume= (4/3*22/7*radius*radius*radius) + (22/7*radius*radius*height/3);
return volume;
}

int main ()
{
float solid;
solid = kiraIsipadu (15,8);
cout << "The volume is " << solid;
}

# data[].attributes.body
#include<iostream.h>

float kiraIsipadu(float j,float t);

const double PI = 22/7 ;

int main()

{

float jejari = 8 ;

float tinggi =15 ;

float isipadu ;

cout<< "Jumlah Isipadu : '"<<kiraIsipadu(jejari,tinggi)<<endl;

}

float kiraIsipadu(float j, float t)

{

float isipadu_cone + isipadu_hemisphere;

isipadu_cone=((22/7)*j*j*t)/3

isipadu_hemisphere=((4/3)*(22/7)*j*j*j)

return isipadu_cone +isipadu_hemisphere; ;

# data[].attributes.body
#include<iostream.h>

float kiraisipadu();

const double Pi=22/7

int main(){

float radius=8;

float height=15;

float isipadu= kiraisipadu(radius, height);

# data[].attributes.body
#include <iostream>

float isipadu(float,float);

const double PI=22/7;

int main()

{

float radius=8;

float tinggi=15;

float ISIPADU = isipadu(radius,tinggi);

return 0;

}

float isipadu(float r,float h)

{

float isipaduSphere,isipaducone;

isipaduSphere=(4/3)*PI*(r*r*r);

isipaducone=(PI*(r*r)*h/3);

return isipaduSphere+isipaducone;

}

# data[].attributes.body
#include<iostream.h>
float kiraIsipadu(radious,height);

float kira;

float radius=8
float height =15
const double pi=22/7;

int main()
{

float volume

cout<<totalvolume<<kiraIsipadu(radious ,height)<<endl;

}

float kiraIsipadu(radius,height)

# data[].attributes.body
#include<iosteam>

float kiraisipadu(float, float);

const double pi=22/7;

int main(){

float r=8;

float h=15;

float total;

cout<<"Total volume:"<<kiraisipadu(r,h);

}

float kiraisipadu(float r

, float h);

{

float total, Vsphere, Vcone;

Vsphere=(4/3)*(22/7)*r*r*r;

Vcone=(pi*r*r*h)/3);

total=Vsphere+Vcone;

return total;

}

# data[].attributes.body
#include <iosteram.h>
float kiraisipadu(int,int);

int main(){

int radius=8;
int height=15;
float volume;

cout<<"volume: "<<kiraisipadu(radius,height);
}

float kiraisipadu(radius,height)
{
float hemisphere,cone;
cone=((22/7)*(radius*radius)*height);
hemisphere=((4/3)*(22/7)*(radius*radius*radius))/2;

volume=cone+hemisphere;
return volume;
}

# data[].attributes.headline
NURNADIRAH OTHMAN , NUR KHAIRI SHARMIELA , NUR ADILAH SAKIRANI

# data[].attributes.subject
NURNADIRAH OTHMAN , NUR KHAIRI SHARMIELA , NUR ADILAH SAKIRANI

# data[].attributes.body
#include<iostream.h>

float kiraIsipadu(float j , float t);

float pi =22/7

int main()

{

float jejari =8 ;

float tinggi=15;

cout<<isipadu="<<kiraIsipadu ( jejari , tinggi);

}

float kiraIsipadu( float j, float t)

{

float jumlah = (4/3)*pi*j*j*j + ((pi)*j*j*t/3);

return jumlah;

}

# data[].attributes.body
float kiraisipadu(float, float);

const double PI = 22/7 ;

int main(){

float radius = 8;

float height = 15;

float isipadu = kiraisipadu(radius, height);

return 0;

}

float kiraisipadu(float, float){

float vsphere, vcone;

vsphere = ;

vcone =;

return vsphere + vcone; }