INTRODUCTION TO PROBLEM SOLVING(MCQ)

A sequence of instructions that describe a method for solving a problem.

• ALGORITHM

• PSUEDOCODE

• FLOWCHART

• ALL

Translating the algorithm into actual instructions that can be executed on a computer is

done in this step

• ANALYSIS

• ALGORITHM

• CODING

• TESTING

Step 1: Start

Step 2: Get age

Step 3: if age >=18 print "Eligible to vote"

else print “Not eligible to vote”

Step 4: Stop

THE GIVEN ALGORITHM IS AN EXAMPLE FOR

• SELECTIVE EXECUTION

• SEQUENTIAL EXECUTION

• ITERATIVE EXECUTION

• NONE

A ............................................ is defined as a graphical representation of the logic for problem solving.f

• ALGORITHM

• PSUEDOCODE

• FLOWCHART

• NONE

BEGIN, END

INPUT, GET, READ

The given are the common keywords used to write

• ALGORITHM

• PSUEDOCODE

• FLOWCHART

• NONE

BEGIN

GET n

INITIALIZE i=1

WHILE(i<=n) DO

PRINT i

i=i+1

ENDWHILE

END

THE GIVEN CODE IS AN EXAMPLE FOR

• FLOWCHART

• ALGORITHM

• PSUEDOCODE

• ALL

THE SYMBOL IN FLOWCHART IS USED FOR

• Analysis

• decision making

• input

• output

The symbol is used in flowchart to represent.

• start/stop

• input/output

• process

• decision making

................................is not a problem solving step in programming.

• analysis

• coding

• testing

• decomposition

Solving a complex problem by breaking down the problems into smaller sub

problems is known as

• ALGORITHM

• FLOWCHART

• PSUEDOCODE

• DECOMPOSITION