Popular questionsPage 8

Find the values of a and b such that $h(x)=\begin{cases}ax^2+7x & x<1\\ 2x+b & x\ge 1\end{cases}$ differentiable at $x=1$

If $p(x)=3x\cos(x)+2x$, find $p'(0)$

If $f(x)=4h(x)+6x$, find $v(2)$

Theorem 2. Let $s_0 = \sigma_0 + i t_0$ be a fixed complex number

$\sqrt{x^8y^3z^5}$

Simplify $\sqrt{x^8y^3z^5}$

$\sqrt[3]{-8\times 12y^3}$

$\sqrt[3]{-125a^6b^{12}}$

Simplify $\sqrt{-81x^4y^2}$

Rewrite the radical expression as an exponential expression: $\sqrt{3-y^2}$

Rewrite the radical expression as an exponential expression: $4y\sqrt{x^7}$

Rewrite the radical expression as an exponential expression: $-\sqrt[3]{2x^8}$

Rewrite the radical expression as an exponential expression: $\sqrt[3]{2x^8}$

Rewrite the exponential expression as a radical expression: $(3x+3)^{6/7}$

Rewrite the exponential expression as a radical expression: $-3x^{2/3}$

Solve $y'' + e^y = 0$

Rewrite the exponential expression as a radical expression: $-3x^{2/3}$

-3x^{2/3}

Write $(5x)^3$ as a radical expression

think of it like $\sqrt{(x)}=x^{\frac{1}{2}}$