Use series to approximate definite integral x cos(x^3) dx to three decimal places.

preview_player
Показать описание

  1. Ms Shaws Math Class
Рекомендации по теме
Use series to 0:04:07

Use series to approximate definite integral x^2 e^(-x^2) dx to |error| less than 0.0001

Use series to 0:05:08

Use series to approximate definite integral sin(x^4) dx to four decimal places

Use power series 0:04:38

Use power series to approximate definite Integral x^2/(1+x^4) dx over [0, 0.3] to six decimal places

Use series to 0:06:45

Use series to approximate definite integral dx/(sqrt(1+x^3)). |error| less than 10^(-8)

Use series to 0:05:58

Use series to approximate definite integral x cos(x^3) dx to three decimal places.

Using a Power 0:06:16

Using a Power Series to Approximate a Definite Integral

Approximating Definite Integrals 0:09:24

Approximating Definite Integrals Using Taylor Series

Using power series 0:11:22

Using power series to estimate a definite integral (KristaKingMath)

📚 Learn How 0:10:44

📚 Learn How to Approximate a Definite Integral Using Series – Step-by-Step Tutorial 📚

Use power series 0:05:12

Use power series to approximate definite integral ln(1+ x^4) dx over [0, 0.4] to six decimal places

How to use 0:11:01

How to use Power Series to Approximate a Definite Integral - Part 1

Approximation of a 0:02:43

Approximation of a Definite Integral Using Power Series Example

Use power series 0:06:48

Use power series to approximate definite Integral (x arctan (3x) dx, [0, 0.1] to six decimal places

Using Series to 0:18:54

Using Series to Approximate Definite Integrals

Use power series 0:04:04

Use power series to approximate definite Integral (1/(1+x^5)) dx over [0, 0.2] to six decimal places

Example 1: Using 0:08:49

Example 1: Using a series to approximate a definite integral

51 - 54 0:00:33

51 - 54 Use series to approximate the definite integral to within the indicated accuracy. ∫_ …

27-30 Use a 0:00:33

27-30 Use a power series to approximate the definite integral to six decimal places. ∫_0^0.2…

Use series to 0:00:33

Use series to approximate the definite integral to within the indicated accuracy. ∫^1_0 sin(x^…

Maclaurin series to 0:07:24

Maclaurin series to estimate a definite integral (KristaKingMath)

Using Maclaurin/Taylor Series 0:12:49

Using Maclaurin/Taylor Series to Approximate a Definite Integral to a Desired Accuracy

Using Taylor Series 0:40:52

Using Taylor Series to Approximate Definite Integrals

Use series to 0:00:33

Use series to approximate the definite integral to within the indicated accuracy. ∫_0^0.5 x^…

51 - 54 0:00:33

51 - 54 Use series to approximate the definite integral to within the indicated accuracy. ∫_ …