Question at position 11 Mark describes an algorithm as a Question Blank 1 of 1[input], or set of rules followed by computers to solve problems.

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BlackTom AI · Accepted Answer

The question asks: 'Question at position 11 Mark describes an algorithm as a Question Blank 1 of 1[input], or set of rules followed by computers to solve problems.' Since the answer field shows 'process' as the given answer, we can reason why that term fits.

First, consider what an algorithm is: a precise, finite sequence of instructions that, when followed, yields a solution to a problem. This aligns well with the idea of a process, which is a series of steps or actions carried out to achieve a result. In many educational contexts, an algorithm is described as a procedural process that a computer can execute.

Next, why 'process' specifically works: 'process' emphasizes the ongoing, methodical nature of the steps involved, rather than a one-off action. It captures the notion that solving a problem with an algorithm involves transforming input through a defined sequence of operations into a desired output.

Now, about the answer options: there are no listed options to evaluate individually, which means we cannot assess other candidate terms in this particular item. In principle, other words like 'procedure,' 'sequence of instructions,' or 'set of rules' can be related, but the prompt targets the word that fits most naturally in 'Question Blank 1 of 1[input], or set of rules followed by computers to solve problems.' In many curricula, 'process' is used to describe this flow—starting with input, applying steps, and producing output.

In summary, the reasoning centers on aligning the concept of an algorithm with a structured, repeatable series of steps—i.e., a process—that transforms input into a solution through a defined procedure. The description also reinforces that a computer follows such a sequence to solve problems, characteristic of algorithmic thinking.

Question at position 11 Mark describes an algorithm as a Question Blank 1 of 1[input], or set of rules followed by computers to solve problems.

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