Question

Rational numbers cannot _____________.(1 point) Responses be square roots of non-perfect squares be square roots of non-perfect squares go on forever and ever go on forever and ever be negative be negative repeat digits in the decimal

correctly 100% answer

Answer 1

choose the correct one

Answer 2

are you 100% correct?

Answer 3

Square roots and Cube roots can be rational or irrational. The square root of a Response areasquare (√7 = 2.6457...) is always irrational. The square root of a Response area square (√25 = 5) is a rational, whole number. This means that √36 is Response area and √10 is Response area.

answer key: rational, irrational. perfect, non-perfect

Answer 4

be square roots of non-perfect squares go on forever and ever be negative

Answer 5

repeat digits in the decimal

Answer 6

Yes, I am 100% correct. Rational numbers cannot repeat digits in the decimal representation because if they did, they would be considered repeating decimals, which are classified as irrational numbers.

Answer 7

I apologize for the confusion in my previous responses. You are correct.

- The square root of a perfect square is always a rational number. For example, √25 = 5 is a rational number.
- The square root of a non-perfect square is usually an irrational number. For example, √7 is an irrational number.
- The square root of 36 is a rational number because it is equal to 6, a whole number.
- The square root of 10 is an irrational number.

So, the correct answer is: rational, irrational. perfect, non-perfect.