Question
Write sufficient condition for a point x = c to be an extreme point of the function f(x).
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$\text{X}$
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$0$
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$1$
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$2$
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$3$
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$\text{P}(\text{X})$
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$\text{k}$
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$\frac{\text{k}}{2}$
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$\frac{\text{k}}{4}$
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$\frac{\text{k}}{8}$
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| $X = X_i$ | 1 | 2 | 3 | 4 |
| $P(X = X_i)$ | c | 2c | 4c | 4c |
$\sin ^2 \theta-\cos ^2 \theta=1$
$\frac{1}{x\left(x^5+1\right)}$
$\left[\begin{array}{lll}\bar{a}+\bar{b} & \bar{b}+\bar{c} & \bar{c}+\bar{a}\end{array}\right]=2\left[\begin{array}{lll}\bar{a} & \bar{b} & \bar{c}\end{array}\right]$