SOLUTION: Let �(x)=e−(x+1)2. Draw a graph of the function on the interval [-3,3] and estimate from the graph whether �′(−1) is positive or negative or zero, and whether

Question 1049842: Let �(x)=e−(x+1)2.
Draw a graph of the function on the interval [-3,3] and estimate from the graph whether �′(−1) is positive or negative or zero, and whether �′′(−1) is positive, negative or zero.

Answer by advanced_Learner(501) (Show Source): You can put this solution on YOUR website!
f` is

from the graph
��

.
f`(-1)=1
f``(-1)=2
solution

first deriv= at x=-1
first deriv= at x=
first deriv= at x=
first derivative is at x=

second derivative= at x=
second derivative=

xat x=
second deriv=
second deriv=
second deriv=
second deriv is at x=

RELATED QUESTIONS
Consider the function f(x)=e^2*(x-1)^3. Draw a graph of the function on the interval... (answered by solver91311)

Consider the function f(x) =x^5-3*x^3+x-1. Draw a graph of the function on the interval... (answered by Edwin McCravy)

Let f(x)=2/3 x^3-5x^2+12x-7 (a)Find f ′(x) and f ′′(x). (b)Find the (answered by solver91311)

Use a graphing utility to graph the function and estimate its domain and range. Then find (answered by Fombitz)

I am trying to do the following problems: 1. Let t(x) = { 1-3x for x <= -1 (answered by stanbon)

Suppose the function f(x)=2^(x+1). (a) Draw the graph of f(x)=2^(x+1) for... (answered by Fombitz)

draw the graph of y = 2^x over the interval -1< or = x < or =... (answered by Alan3354)

Please help, Consider the function f(x) = x2 − 1. Find the equation of the... (answered by rothauserc)

Q� Use the definition of the derivative to find f ′(x) if f(x)=x^2+x f(x)=... (answered by solver91311)

SOLUTION: Let �(x)=e&#8722;(x+1)2. Draw a graph of the function on the interval [-3,3] and estimate from the graph whether �&#8242;(&#8722;1) is positive or negative or zero, and whether

SOLUTION: Let �(x)=e−(x+1)2. Draw a graph of the function on the interval [-3,3] and estimate from the graph whether �′(−1) is positive or negative or zero, and whether