Derivatives Help with Expert Assistance

If $f^{(n)} (0) = (n + 1)! for n = 0, 1, 2, \dot{s}$ , find the Maclaurin series forf and its radius of convergence.

naivlingr 2021-09-02

how to find the derivative of $f (u) = 9 e^{u} + 20$

Albarellak 2021-08-31

Explain why neither Substitution nor Integration by Parts would work to evaluate integral of $\cos (x^{2}) d x$

Josalynn 2021-08-16

Find the derivatives.
by evaluating the integral and differentiating the result.
$\frac{d}{d 0} \int_{0}^{\tan 0} \sec^{2} y d y$

Khaleesi Herbert 2021-08-14

Compute the derivatives.
$\frac{d}{d x} (x \sec h x)$

Reggie 2021-08-14

Compute the derivatives.
$\frac{d^{6}}{{d x}^{6}} (\cos h x)$

glamrockqueen7 2021-08-13

Differentiate the linear and non-linear equation, and give a reason that why its linear and non-linear.

$x y + z = 2$

Chaya Galloway 2021-08-13

Find the derivatives.
by differentiating the integral directly.
$\frac{d}{d 0} \int_{0}^{\tan 0} \sec^{2} y d y$

generals336 2021-08-13

Differentiate the linear and non-linear equation, and give a reason that why its linear and non-linear.

$2 x (y - 3 z) = 1$

Tahmid Knox 2021-08-11

Find the first partial derivatives of the following functions.
$g (u, v) = u \cos v - v \sin u$

boitshupoO 2021-08-11

Let $f (x) = {(1 + x^{2})}^{4}$ . Find f'(x) in two ways, first by expanding to get an expression for f(x) as a polynomial in x and then differentiating, and then by using the power rule. Are the answers the same?

fortdefruitI 2021-08-10

Find the indicative derivative of the following:
$x y = e^{2 x} . y^{'}$

Reeves 2021-08-09

Compute the derivatives. Use the fact that $e^{2} + x = e^{2}$ . ex to find $\frac{d}{d x} (e^{x + 2})$

UkusakazaL 2021-08-08

Differentiate the linear and non-linear equation, and give a reason that why its linear and non-linear.

$\frac{1}{2} x + y - z = \sqrt{7}$

permaneceerc 2021-08-06

Let $f (x) = (x^{2} + 1) (x^{3} + 3)$ . Find f'(x) in two ways:
(a) by multiplying and then differentiating,
(b) by using the product rule.

rocedwrp 2021-07-03

Use derivatives to prove that if $n \geq 1$ , then ${(1 + x)}^{n} > 1 + n x$ for -1

Find the four second partial derivatives of $f (x, y) = x^{2} \sin y$

Tolnaio 2021-06-29

Find derivatives of the functions defined as follows.
$y = e^{- 2 x}$

generals336 2021-06-28

Find derivatives for the functions. Assume a, b, c, and k are constants.
$f (x) = \frac{x}{x + \ln x}$

Tahmid Knox 2021-06-27

Calculate the derivatives of all orders:
$f^{'} (x), f^{″} (x), f^{‴} (x), f^{4} (x), \dots f^{n} (x), \dots f (x) = e^{2 x}$

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Calculus 1

Learn Derivatives with Practice Problems and Examples