194

Previous  ... Next

Number

$194$ (one hundred and ninety-four) is:

$2 \times 97$

The $6$th positive integer solution after $1, 3, 15, 104, 164$ to $\map \phi n = \map \phi {n + 1}$:

$\map \phi {194} = 96 = \map \phi {195}$

The $28$th nontotient:

$\nexists m \in \Z_{>0}: \map \phi m = 194$

where $\map \phi m$ denotes the Euler $\phi$ function

Also see

• Previous  ... Next: Consecutive Integers with Same Euler Phi Value
• Previous  ... Next: Nontotient