Decomposition is the process of ignoring complex problems and focusing on the outcome.

Decomposition is the process of breaking a complex problem into smaller, manageable sub-problems.

Decomposition refers to the final step in problem-solving where solutions are combined.

Decomposition is the act of solving a problem without breaking it down.

Abstraction helps in simplifying complex problems by focusing on essential features and breaking them into manageable parts.

Abstraction complicates problems by adding unnecessary details.

Abstraction eliminates all features of a problem, making it unrecognizable.

Abstraction is only useful for visual representation, not for problem-solving.

Control structures are primarily for user interface design.

Control structures are essential in programming as they enable decision-making and repetition, allowing for more complex and efficient algorithms.

Control structures are irrelevant in modern programming languages.

Control structures are only used for data storage.

Function, Exception, Variable

Loop, Condition, Array

Sequential, Selection, Iteration

Input, Output, Class

A variable is used for functions, while a constant is used for loops.

A variable is a fixed value, while a constant can change.

A variable can change its value, while a constant cannot.

Both variables and constants can change their values.

Dictionaries, functions, modules, classes

Graphs, trees, queues, stacks

Integers, floats, strings, booleans, arrays, objects

Characters, lists, tuples, sets

Code optimization has no effect on resource usage.

Code optimization makes programs harder to read.

Code optimization enhances performance by making programs run faster and use fewer resources.

Code optimization increases the size of the program.

Pseudo code is a graphical representation of code used in software design.

Pseudo code is a programming language used for compiling software.

Pseudo code is a simplified, human-readable version of programming code used to outline algorithms.

Pseudo code is a type of error in programming that needs fixing.

To list all possible solutions without analysis

The purpose of a flow chart in the problem-solving process is to provide a visual representation of the steps involved, facilitating understanding and analysis.

To create a detailed report of the problem

To serve as a decorative element in presentations

Flow charts are more time-consuming to create than written instructions.

Written instructions are always more engaging than flow charts.

Flow charts can only represent simple processes, not complex ones.

Flow charts are easier to understand, visually represent processes, highlight relationships, and engage visual learners better than written instructions.

Programming languages differ in syntax (structure of code) and semantics (meaning of code).

Syntax refers to the meaning of the code, while semantics refers to the structure.

Programming languages only differ in their execution speed.

All programming languages have the same syntax and semantics.

Data type determines the speed of variable execution.

Data type is irrelevant in variable declaration.

Data type only affects variable naming conventions.

Data type defines the kind of data a variable can hold, affecting memory usage and operations.

Control structures determine the execution flow of a program by enabling decision-making and repetition.

Control structures have no impact on program performance.

Control structures only manage variable declarations.

Control structures are used solely for data storage.

Comments slow down code execution significantly.

Comments are only useful for beginners and not for optimization.

Comments should be avoided to keep the code clean and concise.

Comments in code enhance clarity and facilitate optimization by highlighting areas for improvement.