There isn't one.
Since there is no biggest integer, there can be no biggest rational number - since any integer is a rational number with the denominator = 1.
The biggest integer "between" -9 and -3 is -4.
-1 is the largest negative integer.
A mixed number consists of an integer followed by a proper fraction. 6 is the biggest integer, .5 remains. .5 6 1/2
There is no such number. According to Peano's axiom, each positive integer has a successor, which is larger (one more) than it. So the set of integers goes on for ever.
Since there is no biggest integer, there can be no biggest rational number - since any integer is a rational number with the denominator = 1.
753
The biggest integer "between" -9 and -3 is -4.
-1 is the largest negative integer.
2x-1
2x -1
NUMBER (FieldSize= INTEGER)the opposite beingNUMBER (FieldSize = LONG INTEGER)A short integer is basically a smaller limit than a long integer. When defining a short integer the database will supply a slot in memory that is big enough to fit the biggest short int possible.
A mixed number consists of an integer followed by a proper fraction. 6 is the biggest integer, .5 remains. .5 6 1/2
The problem must have given you a list of several whole numbers. The integer range is the difference in size (distance) between the biggest one and the smallest one.
There is no such number. According to Peano's axiom, each positive integer has a successor, which is larger (one more) than it. So the set of integers goes on for ever.
It is -1. All larger integers are non-negative.
You may use the following code to see how far you can push your computer via storing integers; the biggest integer allowed in PHP actually depends on the system PHP is running on, and how big of an integer it allows in its memory. It's advised that, if you really want to do this, that you turn off PHP output limiting, so then you don't get an exhaustion error. <?php for ($i = 0; TRUE; $i++) { echo $i; } ?>