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Display information for equation id:math.246520.1 on revision:246520

* Page found: Frobenius theorem (real division algebras) (eq math.246520.1)

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Hash: a901c385bba6eb908ee0c26968a8ec7e

TeX (original user input):

 p(x)= (x-t_1)\cdots(x-t_r) (x-z_1)(x - \overline{z_1}) \cdots (x-z_s)(x - \overline{z_s}), \qquad t_i \in \mathbf{R}, \quad z_j \in \mathbf{C} \backslash \mathbf{R}.

TeX (checked):

p(x)=(x-t_{1})\cdots (x-t_{r})(x-z_{1})(x-{\overline {z_{1}}})\cdots (x-z_{s})(x-{\overline {z_{s}}}),\qquad t_{i}\in \mathbf {R} ,\quad z_{j}\in \mathbf {C} \backslash \mathbf {R} .

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SVG (19.716 KB / 5.498 KB) :

p times left-parenthesis x right-parenthesis equals left-parenthesis x minus t 1 right-parenthesis times midline-horizontal-ellipsis times left-parenthesis x minus t Subscript r Baseline right-parenthesis times left-parenthesis x minus z 1 right-parenthesis times left-parenthesis x minus z 1 overbar right-parenthesis times midline-horizontal-ellipsis times left-parenthesis x minus z Subscript s Baseline right-parenthesis times left-parenthesis x minus z Subscript s Baseline overbar right-parenthesis comma t Subscript i Baseline element-of bold upper R comma z Subscript j Baseline element-of bold upper C reverse-solidus bold upper R period

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