750
When the integers are negative.
The square root of a negative number cannot be expressed with integers. The square root of a negative number is always imaginary.
natural numbers can not be negative. integers can be both positive and negative.
if you were to do it as a fraction the two integers would be 1 and a half. your welcome:] !!!
When you add two negative integers, the answer is still negative.
No, they are not because fractions can be negative also. fractions aren't integers
When the integers are negative.
All integers, including negative integers, are rational. They can all be expressed as a fraction with the denominator 1.
The square root of a negative number cannot be expressed with integers. The square root of a negative number is always imaginary.
A non-negative integer is a whole number above 0, and a negative integer is a whole number below 0.
-7 and 4
Yes, the number 88 is rational. A "rational number" is any number that can be expressed as a ratio of integers. That is A/B where A and B are integers, and not zero. Rational numbers include all positive and negative integers and all positive and negative fractions (and mixed numbers when expressed as a fraction).
-5 is an integer and a rational number. Integers can be positive or negative. Rational numbers can be expressed as a fraction of integers.
They are numbers that can be expressed as -p/q where p and q are positive integers.
The intersection of integers and rational numbers is the set of integers. Integers are whole numbers that can be positive, negative, or zero, while rational numbers are numbers that can be expressed as a ratio of two integers. Since all integers can be expressed as a ratio of the integer itself and 1, they are a subset of rational numbers, making their intersection the set of integers.
The difference is that when you are multiplying a negative with a postive it would be negative. Lets say their both negative then it would be postive. Examples: - - = + - +=+ - - - = - - - - -= +
Yes, since it can be expressed in the form p/q, where p and q are integers.