Sc025 Lecture & Tutor Notes

Lecture
3.0 DESIGN A SOLUTION
a) Describe algorithm: pseudocode and flowchart. 1/1

b) Explain control structures (sequence, selection : single, dual, multiple,  repetition: counter- controlled, sentinel-controlled) using algorithms. 1/4

Tutorial
2.0 APPROACH IN PROBLEM SOLVING
b) Identify input, process and output based on the given problem statement. 2/6

Lecture
3.0 DESIGN A SOLUTION
b) Explain control structures (sequence, selection : single, dual, multiple,  repetition: counter- controlled, sentinel-controlled) using algorithms. 3/4

Tutorial
2.0 APPROACH IN PROBLEM SOLVING
b) Identify input, process and output based on the given problem statement. 4/6

Lecture
3.0 DESIGN A SOLUTION
b) Explain control structures (sequence, selection : single, dual, multiple,  repetition: counter- controlled, sentinel-controlled) using algorithms. 4/4

4.1 Introduction to Java Program
a) Describe Object-Oriented Programming: class, object, method. 1/1

Tutorial
2.0 APPROACH IN PROBLEM SOLVING
b) Identify input, process and output based on the given problem statement. 6/6

Lecture
4.2 Identifiers, data types, operators and expressions
a) Identify identifier, variable, constant and reserved word. 1/1

UPS 1

Tutorial
3.0 DESIGN A SOLUTION
c) Apply appropriate control structures in computational problem solving. 2/8

Lecture
4.2 Identifiers, data types, operators and expressions
b) Identify various primitive data types: int, float, double, boolean and char. 1/1
d) Identify various operators: arithmetic, relational and logical. 1/1

Tutorial
3.0 DESIGN A SOLUTION
c) Apply appropriate control structures in computational problem solving. 4/8

Lecture
4.2 Identifiers, data types, operators and expressions
e) Identify various expressions: arithmetic, relational and logical. 1/1
f) Determine the operator precedence and associativity of operators. 1/1

Tutorial
3.0 DESIGN A SOLUTION
c) Apply appropriate control structures in computational problem solving. 6/8

Lecture
4.3  Use of control structure
g) Explain types of programming errors: syntax, run-time and logic. 1/1

4.4  Array
a) Explain an array and its components. 1/1

Tutorial
3.0 DESIGN A SOLUTION
c) Apply appropriate control structures in computational problem solving. 8/8

Lecture
4.4  Array
b) Declare array reference variables and create an array. 1/1
c) Access array elements – initialize, input, process and output. 1/3

Tutorial
4.1 Introduction to Java Program
b) Describe the components of a Java program: comments, class, main method, body. 1/1
c) Use output and input statements including output string. 1/1

Lecture
4.4  Array
c) Access array elements – initialize, input, process and output. 3/3

Tutorial
4.2 Identifiers, data types, operators and expressions
c) Differentiate primitive data types and their usage. 1/1
g) Convert algebraic expressions into Java statements. 1/1

Lecture
4.5  Method
4.5.1 Introduction to Java method
a) Explain the meaning and advantages of the method. 1/1

UPS 2

Tutorial
4.3  Use of control structure
a) Construct program segments by using sequence control structure. 1/1
b) Construct a program segment by using selection control structure. 1/2

Lecture
4.5  Method
4.5.1 Introduction to Java method
b) Explain types of method: predefined and user-defined. 1/1

4.5.3 Static user-defined method
a) Explain two (2) types of static user-defined methods. 1/1

Tutorial
4.3  Use of control structure
b) Construct a program segment by using selection control structure. 2/2
c) Construct program segments by using repetition (while, for) counter-controlled or sentinel-controlled structure. 1/2

Lecture
4.5  Method
4.5.3 Static user-defined method
b) Explain the general structure of static user-defined method: method header, method body. 1/1

UPS 3

Tutorial
4.3  Use of control structure
c) Construct program segments by using repetition (while, for) counter-controlled or sentinel-controlled structure. 2/2
f) Construct a program by using repetition (while, for) counter-controlled or sentinel-controlled structure. 1/4

Lecture
4.5  Method
4.5.3 Static user-defined method
b) Explain the general structure of static user-defined method: method header, method body. 1/1

UPS 3

Tutorial
4.3  Use of control structure
c) Construct program segments by using repetition (while, for) counter-controlled or sentinel-controlled structure. 2/2
f) Construct a program by using repetition (while, for) counter-controlled or sentinel-controlled structure. 1/4

Lecture
Revision

Tutorial
4.3  Use of control structure
f) Construct a program by using repetition (while, for) counter-controlled or sentinel-controlled structure. 4/4

4.5.2 Predefined method
a) Identify the use of a common predefined method: pow(x,y), sqrt(x). 1/1

Lecture
Revision

Tutorial
4.5 Method
4.5.3 User-defined method
c) Write a method definition with a return value, with or without formal parameters. 1/1
d) Write a method definition without a return value, with or without formal parameters. 1/1

Lecture
Revision

Tutorial
4.5.3 User-defined method
e) Write a method call with a return value, with or without actual parameters.
f) Write a method call with no return value, with or without actual parameters. 1/1

4.6  Java Programs
a) Write a program that performs one-dimensional array operations for problems involving average, maximum and minimum. 1/2  

Lecture
Revision

Tutorial
4.6  Java Programs
a) Write a program that performs one-dimensional array operations for problems involving average, maximum and minimum. 2/2

Revision