A) From right to left B) From left to right C) Clockwise D) From top to bottom
A) Correctness B) Simplicity C) Efficiency D) Determinism
A) The number of instructions executed by an algorithm B) The number of input elements in an algorithm C) The amount of memory used by an algorithm D) The number of different operations in an algorithm
A) Parallelogram B) Oval C) Diamond D) Rectangle
A) A process or action B) A decision or conditional statement C) The end of the flowchart D) The start of the flowchart
A) Representing the flow of a computer's electrical signals B) Designing graphical user interfaces C) Generating computer code automatically D) Describing the logical steps of a process or algorithm
A) The algorithm must always terminate B) The algorithm can have an infinite number of steps C) The algorithm is limited by the computer's memory D) The algorithm can have an unpredictable number of steps
A) A step-by-step procedure for solving a problem B) A computer program C) A data structure D) A programming language
A) To indicate a decision or branching point B) To mark the end of the flowchart C) To represent a calculation or operation D) To mark the start of the flowchart
A) SImplicity B) Efficiency C) Lengthiness D) Correctness
A) The output produced by the algorithm B) The algorithm's execution time C) The data provided to the algorithm for processing D) The steps involved in solving a problem
A) The algorithm follows a fixed and predictable set of instructions for any input B) The algorithm may produce different outputs for the same input C) The algorithm can only handle deterministic input data D) The algorithm's execution time is unpredictable
A) arrow B) Rectangle C) diamond D) oval
A) To represent mathematical operations B) To show the start and end points of the flowchart C) To indicate the direction of data flow D) To connect different shapes or symbols
A) Data input B) Sequential execution C) A decision or choice D) A loop or repetition |