Floor Function is Integer
Theorem
Let $x$ be a real number.
Then the floor function of $x$ is an integer:
- $\floor x \in \Z$
Proof
This is by definition of the floor function.
$\blacksquare$
Let $x$ be a real number.
Then the floor function of $x$ is an integer:
This is by definition of the floor function.
$\blacksquare$