Oh, dude, an integer is just a fancy word for a whole number, so like, -5 is totally an integer because it's a whole number without any decimals or fractions. But 16? Yeah, that's an integer too. So, when you put them together with a space in between, you get "-5 16," which is technically correct, but like, totally not a standard way to write integers.
16 is an integer, not a fraction. There is not really a sensible way of writing it as a fraction or mixed number.
Since the numbers 5 and 16 share no positive integer common factors, the proper fraction 5/16 is already expressed in its simplest form.
-19
-16 is both a negative integer and a rational number
The expression "5 and 16 over 25" can be interpreted as a mixed number, which combines an integer and a fraction. Specifically, it represents the number 5 plus the fraction 16/25. Therefore, it can be expressed as 5 + 16/25, or as an improper fraction: (5 * 25 + 16) / 25 = 141/25.
16 is an integer, not a fraction. There is not really a sensible way of writing it as a fraction or mixed number.
Since the numbers 5 and 16 share no positive integer common factors, the proper fraction 5/16 is already expressed in its simplest form.
It may come as a surprise, but the answer is 5.
The result of adding and integer and its opposite is negation. A + (-A) = 0 For all real integers. It has the effect of adding 0 to a sum. Example: 32 + 16 + (-16) + 5 = 37 = 32 + 0 + 5.
-19
-16 is both a negative integer and a rational number
The magnitude of an integer is the value of the integer with a positive (plus) sign. |5| = +5 = 5 |-5| = +5 = 5
-5 is an integer. The inclusion of "of 5" in the question is irrelevant.
It is (k*5)/(k*8) for any non-zero integer k.
A 5-bit binary counter, interpreted as an unsigned integer, has a range of 0 to 31. Interpreted as a two's complement signed integer, it has a range of -16 to +15.
It is already an integer as 5
Yes, because the square root of 16 is 4 and as a whole number it is an integer