Question

Notice that ln(20) is slightly less than 3? Use a linear approximation to estimate f(3)=e^3 using...

Notice that ln(20) is slightly less than 3? Use a linear approximation to estimate f(3)=e^3 using the fact that e^ln(20) = 20

Math   Calculus   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A) Use the Linear Approximation to estimate Δf = f(4.9) − f(5) for f(x) = x...
A) Use the Linear Approximation to estimate Δf = f(4.9) − f(5) for f(x) = x − 6x2. Δf ≈ B)Estimate the actual change. Δf = C)Compute the error in the Linear Approximation D)Compute the percentage error in the Linear Approximation. (Round your answer to five decimal places.)
Estimate ΔfΔf using the Linear Approximation and use a calculator to compute both the error and...
Estimate ΔfΔf using the Linear Approximation and use a calculator to compute both the error and the percentage error. f(x)=sqrt(19+x) .a=6.Δx=−0.5 With these calculations, we have determined that the square root is approximately The error in Linear Approximation is: The error in percentage terms is:
Use both the local linear and local quadratic approximation to estimate f(0.1, −0.1) where f(x, y)...
Use both the local linear and local quadratic approximation to estimate f(0.1, −0.1) where f(x, y) = cos(x + y)e x−y .
Find the linear approximation to g(x)=ln(x^2+2x+3) at the critical point x=-1. Then using the same function,...
Find the linear approximation to g(x)=ln(x^2+2x+3) at the critical point x=-1. Then using the same function, find the quadratic approximation to g(x) at the critical point x=-1.
-find the differential and linear approximation of f(x,y) = sqrt(x^2+y^3) at the point (1,2) -use tge...
-find the differential and linear approximation of f(x,y) = sqrt(x^2+y^3) at the point (1,2) -use tge differential to estimate f(1.04,1.98)
Use differentials (or a linear approximation) to estimate the value of √4.5 b) Use a Taylor...
Use differentials (or a linear approximation) to estimate the value of √4.5 b) Use a Taylor polynomial of the second degree to obtain a better approximation.
Use linear approximation to estimate the following quantity. Choose a value of a to produce a...
Use linear approximation to estimate the following quantity. Choose a value of a to produce a small error. Question: 3√9 = ?? 3 square root 9 = ?
1. The linearization of f(x)=(e^x^2) at x=1 is? 2. The linear approximation of f(x)=sqrt(x+3) is? 3....
1. The linearization of f(x)=(e^x^2) at x=1 is? 2. The linear approximation of f(x)=sqrt(x+3) is? 3. compute the average value of f(x)=(x^3)+(3x^2) over interval [1,2] is?
Consider the function f(x)= squareroot of (3x) 1) find the linear approximation to the function f...
Consider the function f(x)= squareroot of (3x) 1) find the linear approximation to the function f at a=4 2) use the linear approximation from part 1 to estimate squareroot of (12.6)
Complete steps (i)-(vii) below in order to estimate the following values using linear approximation: (a) cos(31π/...
Complete steps (i)-(vii) below in order to estimate the following values using linear approximation: (a) cos(31π/ 180) (i) Identify the function, f(x). (ii) Find the nearby value where the function can be easily calculated, x = a. (iii) Find ∆x = dx. (iv) Find the linear approximation, L(x). (v) Compute the approximate value of the expression using the linear approximation. (vi) Compare the approximated value to the value given by your calculator. (vii) Compare dy and ∆y using the value...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT