Friday
April 18, 2014

Homework Help: ap calculus ab

Posted by Jake on Sunday, January 8, 2012 at 4:43pm.

for f(x)=lnx we know that f(e)=1. Use the tangent line at(e,1) to compute the tangent line approximation of f(3). what does the difference between the actual value and the tangent line approximation have to do with the concavity (2nd derivative) of the function at (e,1)?

Answer this Question

First Name:
School Subject:
Answer:

Related Questions

calculus - sorry to ask a second question so soon, but i'm just not getting this...
Calculus - Find the derivative of y with respect to x. y= [(x^5)/5]lnx-[(x^5)/25...
Calculus 1 - Find the derivative of y with respect to x. y=(x^6/6)(lnx)-(x^6/36...
Calculus - Find the derivatives, dy/dx for the following functions. a. x^2y^4 = ...
ap calculus - How is the ap calculus AB and BC test? Is there any online ...
L'Hopital's rule - Find lim x->1+ of [(1/(x-1))-(1/lnx)]. Here is my work...
Calculus AB/AP - Use the rectangles with the given dimensions to approximate the...
calculus - find dy/dx 1. y=(lnx)^3 2. y=x^4lnx 3. y=sin^3(lnx)
calculus - 1. e^ln3 - 2lnx 2. 2(lnx)^2 + lnx - 1 =0 3. d/dx (e^x . e^e^x)
Calculus (improper integrals) - the integral from 0 to lnx of lnx/(x^1/2) thanks...

Search
Members