java-program/Exercise_44.java at master · Ashvin0740/java-program · GitHub

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classCylinder{
privateintradius;
privateintheight;

publicCylinder(intradius, intheight) {
this.radius = radius;
this.height = height;
 }

publicintgetRadius() {
returnradius;
 }

publicvoidsetRadius(intradius) {
this.radius = radius;
 }

publicintgetHeight() {
returnheight;
 }

publicvoidsetHeight(intheight) {
this.height = height;
 }
publicdoublesurfaceArea(){
return2* Math.PI* radius * radius + 2*Math.PI*radius*height;
 }
publicdoublevolume(){
returnMath.PI * radius * radius * height;
 }


}

classRectangle{
privateintlength;
privateintbreadth;

publicRectangle() {
this.length = 4;
this.breadth = 5;
 }

publicRectangle(intlength, intbreadth) {
this.length = length;
this.breadth = breadth;
 }

publicintgetLength() {
returnlength;
 }

publicintgetBreadth() {
returnbreadth;
 }
}

publicclassExercise_44 {

publicstaticvoidmain(String[] args) {
/*

 // Problem 1
 Cylinder myCylinder = new Cylinder(9, 12);
 //myCylinder.setHeight(12);
 System.out.println(myCylinder.getHeight());
 //myCylinder.setRadius(9);
 System.out.println(myCylinder.getRadius());


 // Problem 2

 System.out.println(myCylinder.surfaceArea());
 System.out.println(myCylinder.volume());
 */
// Problem 4

Rectangler = newRectangle(12, 56);
System.out.println(r.getLength());
System.out.println(r.getBreadth());
 }
}
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classCylinder{
privateintradius;
privateintheight;

publicCylinder(intradius, intheight) {
this.radius = radius;
this.height = height;
 }

publicintgetRadius() {
returnradius;
 }

publicvoidsetRadius(intradius) {
this.radius = radius;
 }

publicintgetHeight() {
returnheight;
 }

publicvoidsetHeight(intheight) {
this.height = height;
 }
publicdoublesurfaceArea(){
return2* Math.PI* radius * radius + 2*Math.PI*radius*height;
 }
publicdoublevolume(){
returnMath.PI * radius * radius * height;
 }


}

classRectangle{
privateintlength;
privateintbreadth;

publicRectangle() {
this.length = 4;
this.breadth = 5;
 }

publicRectangle(intlength, intbreadth) {
this.length = length;
this.breadth = breadth;
 }

publicintgetLength() {
returnlength;
 }

publicintgetBreadth() {
returnbreadth;
 }
}

publicclassExercise_44 {

publicstaticvoidmain(String[] args) {
/*

 // Problem 1
 Cylinder myCylinder = new Cylinder(9, 12);
 //myCylinder.setHeight(12);
 System.out.println(myCylinder.getHeight());
 //myCylinder.setRadius(9);
 System.out.println(myCylinder.getRadius());


 // Problem 2

 System.out.println(myCylinder.surfaceArea());
 System.out.println(myCylinder.volume());
 */
// Problem 4

Rectangler = newRectangle(12, 56);
System.out.println(r.getLength());
System.out.println(r.getBreadth());
 }
}
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classCylinder{
privateintradius;
privateintheight;

publicCylinder(intradius, intheight) {
this.radius = radius;
this.height = height;
 }

publicintgetRadius() {
returnradius;
 }

publicvoidsetRadius(intradius) {
this.radius = radius;
 }

publicintgetHeight() {
returnheight;
 }

publicvoidsetHeight(intheight) {
this.height = height;
 }
publicdoublesurfaceArea(){
return2* Math.PI* radius * radius + 2*Math.PI*radius*height;
 }
publicdoublevolume(){
returnMath.PI * radius * radius * height;
 }


}

classRectangle{
privateintlength;
privateintbreadth;

publicRectangle() {
this.length = 4;
this.breadth = 5;
 }

publicRectangle(intlength, intbreadth) {
this.length = length;
this.breadth = breadth;
 }

publicintgetLength() {
returnlength;
 }

publicintgetBreadth() {
returnbreadth;
 }
}

publicclassExercise_44 {

publicstaticvoidmain(String[] args) {
/*

 // Problem 1
 Cylinder myCylinder = new Cylinder(9, 12);
 //myCylinder.setHeight(12);
 System.out.println(myCylinder.getHeight());
 //myCylinder.setRadius(9);
 System.out.println(myCylinder.getRadius());


 // Problem 2

 System.out.println(myCylinder.surfaceArea());
 System.out.println(myCylinder.volume());
 */
// Problem 4

Rectangler = newRectangle(12, 56);
System.out.println(r.getLength());
System.out.println(r.getBreadth());
 }
}
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classCylinder{
privateintradius;
privateintheight;

publicCylinder(intradius, intheight) {
this.radius = radius;
this.height = height;
 }

publicintgetRadius() {
returnradius;
 }

publicvoidsetRadius(intradius) {
this.radius = radius;
 }

publicintgetHeight() {
returnheight;
 }

publicvoidsetHeight(intheight) {
this.height = height;
 }
publicdoublesurfaceArea(){
return2* Math.PI* radius * radius + 2*Math.PI*radius*height;
 }
publicdoublevolume(){
returnMath.PI * radius * radius * height;
 }


}

classRectangle{
privateintlength;
privateintbreadth;

publicRectangle() {
this.length = 4;
this.breadth = 5;
 }

publicRectangle(intlength, intbreadth) {
this.length = length;
this.breadth = breadth;
 }

publicintgetLength() {
returnlength;
 }

publicintgetBreadth() {
returnbreadth;
 }
}

publicclassExercise_44 {

publicstaticvoidmain(String[] args) {
/*

 // Problem 1
 Cylinder myCylinder = new Cylinder(9, 12);
 //myCylinder.setHeight(12);
 System.out.println(myCylinder.getHeight());
 //myCylinder.setRadius(9);
 System.out.println(myCylinder.getRadius());


 // Problem 2

 System.out.println(myCylinder.surfaceArea());
 System.out.println(myCylinder.volume());
 */
// Problem 4

Rectangler = newRectangle(12, 56);
System.out.println(r.getLength());
System.out.println(r.getBreadth());
 }
}
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classCylinder{
privateintradius;
privateintheight;

publicCylinder(intradius, intheight) {
this.radius = radius;
this.height = height;
 }

publicintgetRadius() {
returnradius;
 }

publicvoidsetRadius(intradius) {
this.radius = radius;
 }

publicintgetHeight() {
returnheight;
 }

publicvoidsetHeight(intheight) {
this.height = height;
 }
publicdoublesurfaceArea(){
return2* Math.PI* radius * radius + 2*Math.PI*radius*height;
 }
publicdoublevolume(){
returnMath.PI * radius * radius * height;
 }


}

classRectangle{
privateintlength;
privateintbreadth;

publicRectangle() {
this.length = 4;
this.breadth = 5;
 }

publicRectangle(intlength, intbreadth) {
this.length = length;
this.breadth = breadth;
 }

publicintgetLength() {
returnlength;
 }

publicintgetBreadth() {
returnbreadth;
 }
}

publicclassExercise_44 {

publicstaticvoidmain(String[] args) {
/*

 // Problem 1
 Cylinder myCylinder = new Cylinder(9, 12);
 //myCylinder.setHeight(12);
 System.out.println(myCylinder.getHeight());
 //myCylinder.setRadius(9);
 System.out.println(myCylinder.getRadius());


 // Problem 2

 System.out.println(myCylinder.surfaceArea());
 System.out.println(myCylinder.volume());
 */
// Problem 4

Rectangler = newRectangle(12, 56);
System.out.println(r.getLength());
System.out.println(r.getBreadth());
 }
}
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classCylinder{
privateintradius;
privateintheight;

publicCylinder(intradius, intheight) {
this.radius = radius;
this.height = height;
 }

publicintgetRadius() {
returnradius;
 }

publicvoidsetRadius(intradius) {
this.radius = radius;
 }

publicintgetHeight() {
returnheight;
 }

publicvoidsetHeight(intheight) {
this.height = height;
 }
publicdoublesurfaceArea(){
return2* Math.PI* radius * radius + 2*Math.PI*radius*height;
 }
publicdoublevolume(){
returnMath.PI * radius * radius * height;
 }


}

classRectangle{
privateintlength;
privateintbreadth;

publicRectangle() {
this.length = 4;
this.breadth = 5;
 }

publicRectangle(intlength, intbreadth) {
this.length = length;
this.breadth = breadth;
 }

publicintgetLength() {
returnlength;
 }

publicintgetBreadth() {
returnbreadth;
 }
}

publicclassExercise_44 {

publicstaticvoidmain(String[] args) {
/*

 // Problem 1
 Cylinder myCylinder = new Cylinder(9, 12);
 //myCylinder.setHeight(12);
 System.out.println(myCylinder.getHeight());
 //myCylinder.setRadius(9);
 System.out.println(myCylinder.getRadius());


 // Problem 2

 System.out.println(myCylinder.surfaceArea());
 System.out.println(myCylinder.volume());
 */
// Problem 4

Rectangler = newRectangle(12, 56);
System.out.println(r.getLength());
System.out.println(r.getBreadth());
 }
}
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classCylinder{
privateintradius;
privateintheight;

publicCylinder(intradius, intheight) {
this.radius = radius;
this.height = height;
 }

publicintgetRadius() {
returnradius;
 }

publicvoidsetRadius(intradius) {
this.radius = radius;
 }

publicintgetHeight() {
returnheight;
 }

publicvoidsetHeight(intheight) {
this.height = height;
 }
publicdoublesurfaceArea(){
return2* Math.PI* radius * radius + 2*Math.PI*radius*height;
 }
publicdoublevolume(){
returnMath.PI * radius * radius * height;
 }


}

classRectangle{
privateintlength;
privateintbreadth;

publicRectangle() {
this.length = 4;
this.breadth = 5;
 }

publicRectangle(intlength, intbreadth) {
this.length = length;
this.breadth = breadth;
 }

publicintgetLength() {
returnlength;
 }

publicintgetBreadth() {
returnbreadth;
 }
}

publicclassExercise_44 {

publicstaticvoidmain(String[] args) {
/*

 // Problem 1
 Cylinder myCylinder = new Cylinder(9, 12);
 //myCylinder.setHeight(12);
 System.out.println(myCylinder.getHeight());
 //myCylinder.setRadius(9);
 System.out.println(myCylinder.getRadius());


 // Problem 2

 System.out.println(myCylinder.surfaceArea());
 System.out.println(myCylinder.volume());
 */
// Problem 4

Rectangler = newRectangle(12, 56);
System.out.println(r.getLength());
System.out.println(r.getBreadth());
 }
}
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73
74
75
76
77
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82
classCylinder{
privateintradius;
privateintheight;

publicCylinder(intradius, intheight) {
this.radius = radius;
this.height = height;
 }

publicintgetRadius() {
returnradius;
 }

publicvoidsetRadius(intradius) {
this.radius = radius;
 }

publicintgetHeight() {
returnheight;
 }

publicvoidsetHeight(intheight) {
this.height = height;
 }
publicdoublesurfaceArea(){
return2* Math.PI* radius * radius + 2*Math.PI*radius*height;
 }
publicdoublevolume(){
returnMath.PI * radius * radius * height;
 }


}

classRectangle{
privateintlength;
privateintbreadth;

publicRectangle() {
this.length = 4;
this.breadth = 5;
 }

publicRectangle(intlength, intbreadth) {
this.length = length;
this.breadth = breadth;
 }

publicintgetLength() {
returnlength;
 }

publicintgetBreadth() {
returnbreadth;
 }
}

publicclassExercise_44 {

publicstaticvoidmain(String[] args) {
/*

 // Problem 1
 Cylinder myCylinder = new Cylinder(9, 12);
 //myCylinder.setHeight(12);
 System.out.println(myCylinder.getHeight());
 //myCylinder.setRadius(9);
 System.out.println(myCylinder.getRadius());


 // Problem 2

 System.out.println(myCylinder.surfaceArea());
 System.out.println(myCylinder.volume());
 */
// Problem 4

Rectangler = newRectangle(12, 56);
System.out.println(r.getLength());
System.out.println(r.getBreadth());
 }
}