In how many ways does a vector determina a hyperplane?

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The perpendicular hyperplane is the *standard* way.

The gradient of a differentiable function $f: \Bbb R^{n+1} \rightarrow \Bbb R$ gives another idea. Select one direction to be the height $h$. Then, given a vector $v$, take the hyperplane whose inclination of all the other directions against the height is given by $v$.

Are there other (describable) ways?