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Integrate each of the functions.$$\int 3 \sec ^{3} x(\sec x \tan x) d x$$

$\frac{3}{4} \sec ^{4} x+C$

Calculus 1 / AB

Chapter 28

Methods of Integration

Section 1

The General Power Formula

Integrals

Campbell University

Oregon State University

Harvey Mudd College

Lectures

03:09

In mathematics, precalculu…

31:55

In mathematics, a function…

03:37

Evaluate the integrals.

02:07

Evaluate the integrals…

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01:08

00:50

02:31

Evaluate the following int…

00:45

Evaluate the indefinite in…

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01:59

01:22

Evaluate the integral.…

we want to integrate the following expression. The integral is three cm cubed X 12th X. T. M X dx. This question is testing our knowledge of methods of integration as such. We need a strong foundation and integral calculus to proceed in particular, we need to know the method of integration known as the power rule for integration which states that the integral of U. To the N. D. U. Is U. To the N. Press one divided by N plus one plus the content integration. See So if we recognize that C. Can extend access derivative, seek it and seek and here is raised to an exponent. We can identify you D U N. N. As seek. Nxc 10 X 10 X. Dx and three respectively as such, noting our factor of three that should be killed in the integral we have by the power all that are integral is three times 1 4th. You can't force extra sleep or simplifying this expression 3/4. You can't force x plus c.

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In mathematics, precalculus is the study of functions (as opposed to calculu…

In mathematics, a function (or map) f from a set X to a set Y is a rule whic…

Evaluate the integrals.$\int \sec ^{3} x \tan ^{3} x d x$

Evaluate the integrals$$\int \sec ^{3} x \tan ^{3} x d x$$

Evaluate the integrals.$\int \sec ^{3} x \tan x d x$

Evaluate the integrals$$\int \sec ^{3} x \tan x d x$$

Evaluate the integrals.$$\int \tan x \sec ^{3} x d x$$

Evaluate the following integrals.$$\int \tan x \sec ^{3} x d x$$

Evaluate the indefinite integral.$\int \sec ^{3} x \tan x d x$

Evaluate the indefinite integral.$$\int \sec ^{3} x \tan x d x$$

Evaluate the following integrals.$$\int \sec ^{-2} x \tan ^{3} x d x$$

Evaluate the integral.$\int \tan x \sec ^{3} x d x$

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