filmov
tv
LINEAR APPROXIMATION AND DIFFERENTIALS TO APPROXIMATE SQRT(0.9) - how to use linearization (Part 2)
Показать описание
Linearization or the linear approximation of a function can be used to estimate the output of a function when finding its exact value is difficult. This has a handful of different useful applications. In this video I'll show you how to find the linearization of a function at a point and how to apply it to estimate more challenging values near that point.
In order to find the linearization of a given function at a given point, it will be very similar to finding the equation of a tangent line. With linearization, we can use the formula for the linearization of a function, denoted L(x).
In this video I'll show you how to find the linearization of f(x)=sqrt(x+1) at the point a=0. This means that we will be coming up with a linear function that goes through the point that lies on the function at a=0 and has the same slope as the function f(x)=sqrt(x+1) at that point. Then we will use this linear approximation to approximate the value of sqrt(0.9).
READ MORE
WATCH NEXT
YOU MIGHT ALSO BE INTERESTED IN...
Some links in this description may be affiliate links meaning I would get a small commission for your purchase at no additional cost to you.
In order to find the linearization of a given function at a given point, it will be very similar to finding the equation of a tangent line. With linearization, we can use the formula for the linearization of a function, denoted L(x).
In this video I'll show you how to find the linearization of f(x)=sqrt(x+1) at the point a=0. This means that we will be coming up with a linear function that goes through the point that lies on the function at a=0 and has the same slope as the function f(x)=sqrt(x+1) at that point. Then we will use this linear approximation to approximate the value of sqrt(0.9).
READ MORE
WATCH NEXT
YOU MIGHT ALSO BE INTERESTED IN...
Some links in this description may be affiliate links meaning I would get a small commission for your purchase at no additional cost to you.
0:31:59
Calculus 1: Linear Approximations and Differentials (Video #18) | Math with Professor V
0:05:31
Linear Approximation
0:08:57
What is linear approximation?
0:08:57
Linear Approximation Differential AP Calculus for Exponential Function
0:10:35
Approximation Using Linearization (Calculus)
0:06:12
Linear Approximation Using Differentials
0:22:14
Linear Approximations and Differentials
0:07:17
LINEAR APPROXIMATION AND DIFFERENTIALS TO APPROXIMATE SQRT(0.9) - how to use linearization (Part 2)
0:43:05
Total differential equations | Bsc 1st year ordinary differential equations ex 8.1 | Mathslighthouse
0:13:12
Finding The Linearization of a Function Using Tangent Line Approximations
0:09:49
Linear Approximations | Using Tangent Lines to Approximate Functions
0:23:46
Calculus 3.10 Linear Approximations and Differentials
0:24:54
Linear Approximation and Differentials.
0:10:18
Linear Approximation using Tangent Line AP Calculus Application
0:25:15
Linear and Differential approximation 3.10 Calculus1
0:09:21
How to Calculate Linear Approximations and Differentials Ft. The Math Sorcerer
0:10:13
Differentials and Derivatives - Local Linearization
0:09:38
Local linearization | Derivative applications | Differential Calculus | Khan Academy
0:51:27
Calculus I - Linear Approximations and Differentials
0:14:31
Linear Approximations
0:28:24
4.2 Linear Approximations and Differentials
0:29:00
MAT183 - Differentials & Approximation
0:09:10
Approximations -Differential Calculus |Number Sense 101|
0:07:00
use local linear approximation, no calculator!
Комментарии