Question

In: Math

Find a linearization at a suitably chosen integer near a at which the given function and...

Find a linearization at a suitably chosen integer near a at which the given function and its derivative are easy to evaluate.f(x)=7e^(−x), a = −0.1

Set the center of the linearization as x=0.

Solutions

Expert Solution

Linearization of y = f(x) at a center x = b is given by,

we have to find the linearization at a center b = 0 Hence we can write,

   ----------------------------------------------------------1)

we have f(x) = 7e-x hence we can write,

Hence,

we have f(0) = 7 and f'(0) = -7 put them in equation 1) we can write,

It means we can write linearization of f(x) = 7e-x centered at b = 0 is given by,

Hence we can write,


Related Solutions

A lottery ticket is given. For this lottery, five integer numbers are chosen from 1 to...
A lottery ticket is given. For this lottery, five integer numbers are chosen from 1 to 50, and the order doesn’t matter. You win the main prize of one million dollars if your ticket matches all five numbers drawn; you win a second prize of one thousand dollars if your ticket matches exactly four of the five numbers drawn; and otherwise you win nothing. a. What’s the probability that you win the main prize? b. What’s the probability that you...
Use a linearization to estimate 2.03^5. Find the differential of f(?) = ?^2 − 3x. Find...
Use a linearization to estimate 2.03^5. Find the differential of f(?) = ?^2 − 3x. Find the absolute maximum and minimum values of ?(?) = ?^3 − 3?2 on the interval [-1,3].
Write a function that counts the number of times a given integer occurs in a Linked...
Write a function that counts the number of times a given integer occurs in a Linked List. What is the time complexity of your algorithm? Justify your answer in python
Find the functionality and function table for the given question which is basically the traffic light...
Find the functionality and function table for the given question which is basically the traffic light controller for a dld square
Write a function maxFun() that returns the maximum value in any given integer array. Determine the...
Write a function maxFun() that returns the maximum value in any given integer array. Determine the function parameters (complete the area shown in ___________. ___________maxFun(____________________________) { }
The Average Cost function is given byAC=1200-128Q+4Q².a) Find the values of Q at which...
The Average Cost function is given by AC=1200-128Q+4Q².a) Find the values of Q at which AC is zero. Hence explain why this AC function is always positive.b) Find the minimum AC & the value of Q at which this occurs. Use it to make a sketch of the AC curve.
What is the probability that a randomly chosen positive integer not exceeding 1000, is a power...
What is the probability that a randomly chosen positive integer not exceeding 1000, is a power of another integer. For example, 64=82 or 27=33 are powers but 55 or 24 are not powers.
Problem: Given an integer k, find the two closest integers in absolute difference and the whole...
Problem: Given an integer k, find the two closest integers in absolute difference and the whole product equals k+1 or k+2. Return the two integers in any order. Write the code in java. You can assume the integer value will be between [1,10^9] You can multiple a divisor with itself. Description of a sample run 1: The input number 8 hence, k+1 is 9 and k+2 is 10 The divisors for 9 are: 1,3,9 and for 10: 1,2,5,10 For both...
Write a function named hasNValues which takes an array and an integer n as arguments. It...
Write a function named hasNValues which takes an array and an integer n as arguments. It returns true if all the elements of the array are one of n different values. If you are writing in Java or C#, the function signature is int hasNValues(int[ ] a, int n) If you are writing in C or C++, the function signature is int hasNValues(int a[ ], int n, int len) where len is the length of a Note that an array...
A) Find the directional derivative of the function at the given point in the direction of...
A) Find the directional derivative of the function at the given point in the direction of vector v. f(x, y) = 5 + 6x√y, (5, 4), v = <8, -6> Duf(5, 4) = B) Find the directional derivative, Duf, of the function at the given point in the direction of vector v. f(x, y) =ln(x2+y2), (4, 5), v = <-5, 4> Duf(4, 5) = C) Find the maximum rate of change of f at the given point and the direction...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT