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The difference depends on the integers. If the first integer is greater than the second then difference is positive. If the first integer is less than the second then difference is negative. For example 6-4 = +2; 4-6 = -2
Any integer will do as an example.
A decimal can be a positive integer or a negative integer or neither of the above. For example: 26.0 is a positive integer. -52.0 is a negative integer. 26.2 is not an integer at all. 0.0 is an integer, but is neither positive nor negative.
No, an integer is a whole number. For example, 2 is an integer but 2.25 is not. -48 is an integer but -48.5 is not.
x > 16
The difference depends on the integers. If the first integer is greater than the second then difference is positive. If the first integer is less than the second then difference is negative. For example 6-4 = +2; 4-6 = -2
Yes, by definition, the sum of two integers is always an integer. Likewise, the product and difference of two integers is always an integer.
Whole numbers are called integers. There are positive integers, for example, 3, and its opposite, a negative integer, -3.
Any integer will do as an example.
Yes, the difference between two integers is always a whole number.
The difference between integers and floats is that integer numbers don't contain decimals.
A decimal can be a positive integer or a negative integer or neither of the above. For example: 26.0 is a positive integer. -52.0 is a negative integer. 26.2 is not an integer at all. 0.0 is an integer, but is neither positive nor negative.
No, an integer is a whole number. For example, 2 is an integer but 2.25 is not. -48 is an integer but -48.5 is not.
x > 16
Add the opposite Integer. For example: 4-5=4+(-5), or -8-2=-8+(-2)
When expressed as a ratio of two integers (not intergers!), the simplest form for the integer but not others, has 1 as the denominator.
It is two times the magnitude of the integer.