Back to Questions
Want to know:
The following two algorithms are designed to find the number of integers on a list which have a value greater than 5.Algorithm I:Create a variable count and set this to zero. For each value on the list, check whether it is greater than 5. If it is, then add 1 to the value of count. When the end of the list is reached display the value of count.Algorithm II:Create a variable count and set this to the number of items on the list. For each value on the list, check whether it is smaller than 5. If it is, then subtract 1 from the value of count. When the end of the list is reached display the value of count.Which of the following statements correctly demonstrates that the two algorithms are NOT equivalent?
Get a detailed, AI-powered explanation for this question and thousands more on StudyFetch.
Get the Answer for FreeHow StudyFetch Helps You Master This Topic
AI-Powered Answers
Get instant, detailed explanations powered by AI that understands your course material.
Deep Understanding
Go beyond surface-level answers with step-by-step breakdowns and examples.
Personalized Learning
Spark.E adapts to your learning style and helps you connect ideas.
Practice & Test
Turn any question into flashcards, quizzes, and practice tests to solidify your knowledge.
Explore More Questions
- Which of the following decimal (base-10) values is equivalent to the binary (base-2) value 101001?
- Refer to the following code segment:The procedure check is supposed to display a statement correctly comparing the size of the two provided numbers, value1 and value2. Which of the following changes to the code would be the best choice to make the procedure work as intended?
- Sam's password is known to be formed of 3 decimal digits (0-9) in a given order. Karren and Larry are attempting to determine Sam's password by testing all possible combinations. If they are only able to try 10 combinations every day, how many days would it take to try all the possible combinations?