Introduction to Computing MCQs with Answers
Practice important Introduction to Computing MCQs with answers and explanations.
Multiple Choice Questions
Q1281: What does it mean for an algorithm to be "unambiguous"?
- A: It can have multiple meanings
- B: The steps are not clearly defined
- C: The required actions are uniquely and completely determined
- D: It requires guesswork
View Answer
C
Q1282: Which of the following would be considered a terminating process in an algorithm?
- A: Monitoring a patient's vital signs
- B: Maintaining an aircraft's altitude
- C: Sorting a list of numbers
- D: Running an infinite loop
View Answer
C
Q1283: What is the key characteristic of a terminating algorithm?
- A: It has no end
- B: It runs indefinitely
- C: It must lead to a defined end
- D: It can loop forever
View Answer
C
Q1284: How is an algorithm different from its representation?
- A: An algorithm is a physical object
- B: An algorithm is abstract, while its representation is physical
- C: The representation is abstract
- D: The algorithm and its representation are identical
View Answer
B
Q1285: Which of the following statements about algorithms is true?
- A: An algorithm's representation changes its underlying process
- B: A single algorithm can have multiple representations
- C: The representation is more important than the algorithm itself
- D: An algorithm cannot be represented in different formats
View Answer
B
Q1286: Which of the following is an example of representing an algorithm?
- A: A mathematical formula
- B: A random number
- C: A physical object
- D: A hypothesis
View Answer
A
Q1287: In the algorithm for converting Celsius to Fahrenheit, what is the representation?
- A: The temperature itself
- B: The process of measuring temperature
- C: The algebraic formula F = (9/5)C + 32
- D: The concept of temperature
View Answer
C
Q1288: What problem does the abstract nature of algorithms present when communicating them?
- A: They are too simple to describe
- B: They require no details
- C: The level of detail required varies by audience
- D: They are always ambiguous
View Answer
C
Q1289: What is the primary issue with describing an algorithm to a layperson?
- A: The algorithm is flawed
- B: The algorithm may seem ambiguous due to insufficient detail
- C: The layperson understands too much
- D: The algorithm is too simple
View Answer
B
Q1290: How can ambiguity in an algorithm's representation be resolved?
- A: By avoiding detailed descriptions
- B: By using the concept of primitives
- C: By ignoring the problem
- D: By using complex terminology
View Answer
B