a team of programmers is designing software. one portion of the project presents a problem for which there is not an obvious solution. after some research, the team determines that the problem is undecidable. which of the following best explains the consequence of the problem being undecidable?

Respuesta :

The option that best explains the consequence of the problem being undecidable is  there is no possible algorithm that can be used to solve all instances of the problem.

What does it imply if a problem is undecidable?

An undecidable problem is known to be a kind of problem where people or a person does not know if a  "yes" or "no" answer, will be the most appropriate.

In the above context, when a response is undecided, it can lead to  no possible algorithm that can be employed in the handling of all cases regarding all issues of the problem.

See options below

A. The problem can be solved algorithmically, but it will require an unreasonably long amount of time.

B. The problem can be solved algorithmically, but it will require an unreasonably large amount of data storage.

C. There is no possible algorithm that can be used to solve all instances of the problem.

D. There are several different possible algorithms that can solve the problem, but there is controversy about which is the most efficient.

Learn more about consequence from

https://brainly.com/question/24957776