An algorithm should involve ______ number of steps to reach to a solution.
A) Finite
B) Infinite
C) Thousands
D) Hundreds
Answers
An algorithm should involve ____two___ number of steps to reach a solution.
Answer:
A) Finite
An algorithm should involve Finite number of steps to reach to a solution.
Explanation:
An algorithm must have a finite number of instructions, it need not finish in a finite number of steps. Since there are an infinite number of integers greater than one, the algorithm must have an infinite number of steps. Second, if the algorithm tries to count to infinity, it will run indefinitely. These issues go against our definition that an algorithm must stop after a set period of time. A finite series of instructions called an algorithm is used to carry out a task. By finite, we mean that the list of instructions has an end.
An algorithm needs to have the following characteristics:
- The algorithm must always come to an end after taking a finite number of steps. An algorithm should involve Finite number of steps to reach to a solution.
- The actions to be taken for each situation must be rigorously and unambiguously specified, and each step must be precisely defined.
- An algorithm is a limited set of guidelines that, when followed, carry out a specific task.
- Although an algorithm must have a finite number of instructions, it need not finish in a finite number of steps.
There are main steps in the creation of our algorithm:
- Getting a description of the issue is the first step.
- Step two is to analyze the issue.
- Create a sophisticated algorithm.