what do you call the numbers that cannot be arranged into 2 row arrays

The 4th time I'm seeing this question.
Would you please tell me what class this question is for?
I'm not aware of any special name for 2 row arrays and I'd like to know the answer too. Is this computer science?, algebra? Is it from a textbook or something your teacher asked?
I'll help if I'm able.

Study links in Everyday Mathematics by SRAF McGraw-Hill

What do we call the numbers that cannot be arranged into 2 row arrays?

uhmm .. a non-factor

SRA Study Links Everyday Math. I think the answer should be that uneven numbers or odd numbers can not be arranged into 2 row arrays. Perhaps, in an odd number it could work.

3

what do we call the numbers that cannot be arranged into 2-row arrays?

forest park

odd number

To determine what numbers cannot be arranged into 2-row arrays, we need to understand the concept of a 2-row array and explore which numbers do not fit this arrangement.

A 2-row array refers to a way of organizing numbers or elements in a grid format with two rows. Each element is placed in a specific location within the grid.

However, it seems that the term "2-row array" may not be widely recognized outside the context of the specific study links in Everyday Mathematics by SRAF McGraw-Hill. So, let's consider alternative interpretations.

If we interpret a 2-row array as a rectangular grid with two rows, where each number occupies its own cell in an orderly pattern, then any number can be arranged in a 2-row array. This is because we can simply place each number in a separate cell in the grid.

If we interpret a 2-row array as a matrix with two rows, where each number is an element within this matrix, then any number can also be arranged in a 2-row array. The numbers can be organized sequentially in the rows or placed in any desired arrangement.

Given these interpretations, it does not appear that there are specific numbers that cannot be arranged into 2-row arrays in a general sense. However, if the term "2-row arrays" is used differently within the context of the Everyday Mathematics study links, it would be helpful to consult that specific resource for further clarification.

Please provide more details or context if available so I can assist you better.