Software Fundamentals Ultimate Quiz! Trivia

Flowchart

Decision table

C# program

A paragraph in English

C#

Visual Basic

Common Intermediate Language

C++

Numbers[0]

Numbers[1]

Numbers[2]

Numbers[3]

10

11

12

13

Void

Private

Int

String

Case

Break

If-else

Switch

While

For

Foreach

Do-while

Change the code in line 01 to int count = 1;

Change the code in line 02 to: while (count == 5)

Change the code in line 02 to while (count >= 5)

Change the code in line 05 to ++count;

19

13

20

14

Int

Float

Double

Long

Inside the try block, before the first catch block

Inside the catch block that catches SqlException objects

Inside the catch block that catches Exception objects

Inside the finally block

Try { bool success = ApplyPicardoRotation(100, 0); // additional code lines here } catch(DivideByZeroException dbze) { //exception handling code } catch(ArithmeticException ae) { //exception handling code } catch(OverflowException oe) { //exception handling code }

Try { bool success = ApplyPicardoRotation(100, 0); // additional code lines here } catch(DivideByZeroException dbze) { //exception handling code } catch(Exception e) { //exception handling code } catch(OverflowException oe) { //exception handling code }

Try { bool success = ApplyPicardoRotation(100, 0); // additional code lines here } catch(DivideByZeroException dbze) { //exception handling code } catch(NotFiniteNumberException nfne) { //exception handling code } catch(OverflowException oe) { //exception handling code } catch(ArithmeticException ae) { //exception handling code }

Try { bool success = ApplyPicardoRotation(100, 0); // additional code lines here } catch(DivideByZeroException dbze) { //exception handling code } catch(NotFiniteNumberException nfne) { //exception handling code } catch(Exception e) { //exception handling code } catch(ArithmeticException ae) { //exception handling code }

Public static int Factorial(int n) { if (n == 0) { return 1; } else { return n * Factorial(n - 1); } }

Public static int Factorial(int n) { if (n == 0) { return 1; } else { return (n – 1) * Factorial(n); } }

Public static int Factorial(int n) { if (n == 0) { return n; } else { return Factorial(n - 1); } }

Public static int Factorial(int n) { return n * Factorial(n - 1); }

5

4

3

2

0

1

2

3

The while statement

The for statement

The foreach statement

The do-while statement

After each case, add the following code line: break;

After each case, add the following code line: continue;

After each case, add the following code line: goto default;

After each case, add the following code line: return;

5 percent

10 percent

15 percent

20 percent

720

120

24

6

While

For

Foreach

Do-while

Private

Protected

Internal

Public

Public double InitFields(double l, double w) { length = l; width = w; return length * width; }

Public void InitFields(double l, double w) { length = l; width = w; }

Public void InitFields(double l) { length = l; width = l; return; }

Public double InitFields(double l, double w) { length = l; width = w; }

Abstract

Virtual

New

Overrides

Sealed

Abstract

Private

Internal

Add the print functionality to a base class with the public access modifier.

Have all classes inherit from an abstract base class and override the base-class method to provide their own print functionality.

Have all the classes inherit from a base class that provides the print functionality.

Create a common interface that all classes implement.

Method

Property

Event

Delegate

Create a static method in the Product class to initialize data members.

Create a constructor in the Product class to initialize data members.

Create a static property in the Product class to initialize data members.

Create an event in the Product class to initialize data members.

Class Sphere : Shape { public override void Area() { // additional code ... } }

Class Sphere : Shape { public new void Area() { // additional code ... } }

Class Sphere : Shape { public virtual void Area() { // additional code ... } }

Class Sphere : Shape { public static void Area() { // additional code ... } }

Public int CompareTo(object obj) { Polygon target = (Polygon)obj; double diff = this.GetArea() - target.GetArea(); if (diff == 0) return 0; else if (diff > 0) return 1; else return -1; }

Public int CompareTo(object obj) { Polygon target = (Polygon)obj; double diff = this.GetArea() - target.GetArea(); if (diff == 0) return 1; else if (diff > 0) return -1; else return 0; }

Public int CompareTo(object obj) { Polygon target = (Polygon)obj; if (this == target) return 0; else if (this > target) return 1; else return -1; }

Public int CompareTo(object obj) { Polygon target = (Polygon)obj; if (this == target) return 1; else if (this > target) return -1; else return 0; }

Polygon p = (Polygon) o;

Polygon p = o is Polygon;

Polygon p = o as Polygon;

Polygon p = (o != null) ? o as Polygon : (Polygon) o;

Handler = new PolygonHandler(CalculateArea);

Handler = CalculateArea;

Handler += CalculateArea;

Handler -= CalculateArea;

Namespace

Override

Delegate

Class

10

20

30

40

10

20

30

40

You can use the this keyword reference with a static method or property.

Only one copy of a static field is shared by all instances of a class.

Static members of a class can be used only after an instance of a class is created.

The static keyword is used to declare members that do not belong to individual objects but to a class itself.

A class is a concrete instance of an object.

A class defines the template for an object.

A class is a definition of a new data type.

A constructor is used to initialize the data members of the object.

Public

Protected

Private

Internal

Virtual

Sealed

Interface

Abstract

Rectangle r = (Rectangle) o;

Rectangle r = o;

Rectangle r = o as Rectangle;

Rectangle r = o is Rectangle;

Encapsulation

Abstraction

Polymorphism

Inheritance