# Stirling Number of Number with Greater

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## Contents

## Theorem

Let $n, k \in \Z_{\ge 0}$.

Let $k > n$.

### Unsigned Stirling Number of the First Kind of Number with Greater

Let $\displaystyle {n \brack k}$ denote an unsigned Stirling number of the first kind.

Then:

- $\displaystyle {n \brack k} = 0$

### Signed Stirling Number of the First Kind of Number with Greater

Let $\map s {n, k}$ denote a signed Stirling number of the first kind.

Then:

- $\map s {n, k} = 0$

### Stirling Number of the Second Kind of Number with Greater

Let $\displaystyle {n \brace k}$ denote a Stirling number of the second kind.

Then:

- $\displaystyle {n \brace k} = 0$