![SOLVED: In Exercises 13-20, using Linear Approximation, estimate Δf for a change in € from €a to €b. Use the estimate to approximate f(b), and find the error using a calculator. 13. SOLVED: In Exercises 13-20, using Linear Approximation, estimate Δf for a change in € from €a to €b. Use the estimate to approximate f(b), and find the error using a calculator. 13.](https://cdn.numerade.com/ask_images/c6ede0d7cc4a4a6f93dca490616b516d.jpg)
SOLVED: In Exercises 13-20, using Linear Approximation, estimate Δf for a change in € from €a to €b. Use the estimate to approximate f(b), and find the error using a calculator. 13.
![SOLVED:In Exercises 13-20, using Linear Approximation, estimate Δf for a change in x from x=a to x=b. Use the estimate to approximate f(b), and find the error using a calculator. f(x)=lnx, a=1, SOLVED:In Exercises 13-20, using Linear Approximation, estimate Δf for a change in x from x=a to x=b. Use the estimate to approximate f(b), and find the error using a calculator. f(x)=lnx, a=1,](https://cdn.numerade.com/previews/bd8a8673-940f-48ff-9b89-b1d2947b7fed_large.jpg)
SOLVED:In Exercises 13-20, using Linear Approximation, estimate Δf for a change in x from x=a to x=b. Use the estimate to approximate f(b), and find the error using a calculator. f(x)=lnx, a=1,
![SOLVED:In Exercises 13-20, using Linear Approximation, estimate Δf for a change in x from x=a to x=b. Use the estimate to approximate f(b), and find the error using a calculator. f(x)=x^1 / SOLVED:In Exercises 13-20, using Linear Approximation, estimate Δf for a change in x from x=a to x=b. Use the estimate to approximate f(b), and find the error using a calculator. f(x)=x^1 /](https://cdn.numerade.com/previews/b2214379-2044-4ad7-9621-89d3fef02e3a_large.jpg)