There are no whole numbers that satisfy your request.
-231
No. Consider the set of odd integers.
whole numbers
They both exclude fractions and irrational numbers. Natural numbers are a subset of whole numbers (also called integers); Natural numbers are any positive whole number (meaning any whole number 1 or greater). Whole numbers, also called integers, can be zero or negative.
There are no whole numbers that satisfy your request.
-231
the pathagorean triple is when 3 whole numbers satisfy the pathagorean therom.
22
The square roots of 71 are -8.43 and +8.43 (approx).So any whole numbers between -8 and +8 will satisfy the requirements. One answer: -2 and -1.The square roots of 71 are -8.43 and +8.43 (approx).So any whole numbers between -8 and +8 will satisfy the requirements. One answer: -2 and -1.The square roots of 71 are -8.43 and +8.43 (approx).So any whole numbers between -8 and +8 will satisfy the requirements. One answer: -2 and -1.The square roots of 71 are -8.43 and +8.43 (approx).So any whole numbers between -8 and +8 will satisfy the requirements. One answer: -2 and -1.
The result of multiplying two whole numbers is called a product. It is a multiple of each of the whole numbers.
No. Consider the set of odd integers.
Fractions.
whole numbers
There aren't any whole numbers that satisfy these conditions. The only numbers that multiply to 23 are 23 and 1.
There are no whole numbers that satisfy those conditions. If that was -3, you could use 3 and -1.
Rational numbers whose square roots are whole numbers are themselves whole numbers. They are called square numbers, e.g. 1, 4, 9, 16, 25 and so on.