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Question Number 127924 by ajfour last updated on 03/Jan/21

    x^3 =x+c  Solve for x, even when c<(2/(3(√3))).

$$\:\:\:\:{x}^{\mathrm{3}} ={x}+{c} \\ $$ $${Solve}\:{for}\:{x},\:{even}\:{when}\:{c}<\frac{\mathrm{2}}{\mathrm{3}\sqrt{\mathrm{3}}}. \\ $$

Commented byajfour last updated on 03/Jan/21

(without trigonometric functions)

$$\left({without}\:{trigonometric}\:{functions}\right) \\ $$

Commented bymr W last updated on 03/Jan/21

i don′t know the theory. but maybe it is  theoretically not possible without  trigonometric functions.  i just think.

$${i}\:{don}'{t}\:{know}\:{the}\:{theory}.\:{but}\:{maybe}\:{it}\:{is} \\ $$ $${theoretically}\:{not}\:{possible}\:{without} \\ $$ $${trigonometric}\:{functions}. \\ $$ $${i}\:{just}\:{think}. \\ $$

Commented byajfour last updated on 03/Jan/21

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