
 👍 0
 👎 0
posted by Reiny 
 👍 0
 👎 0
posted by Nikki 
 👍 0
 👎 0
posted by Bob Pretzel 
 👍 0
 👎 0
posted by He ha
Respond to this Question
Similar Questions

Math  Calculus
Are endpoints also critical points? I'm trying to find the critical points of a function on the interval [1,5]. So far,the only critical point I have is 2. Does that mean 1 and 5 are also critical points?
asked by Anonymous on March 9, 2017 
Math
Consider the function y = 3x5 – 25x3 + 60x + 1. Find the critical points of this function. So I got 1 and 2 as the critical points..but I feel like I did something wrong, is this right?
asked by Sarah on December 9, 2014 
Math  extreme values
Identify the critical points and find the extreme values on the interval [1,5) for f(x)=cosx+xsinx+3 I've taken the derivative which gives me f'(x)=xcos(x). I know I have to solve to get the critical points and then plug in the
asked by Anonymous on March 9, 2017 
Calculus
Given the function f(x)= x√(x+3), Indicate the domain of f(x): ………………………… What are the x – intercepts of the graph of f(x)? POINTS! ……………………………. Identify the critical points of f(x)
asked by Anonymous on December 16, 2014 
Calculus
Sketch the graph of the function that has the following properties. f is continuous on (infinity, infinity). points: (1,2), (0, 0), (1,0) f'(x)>0 at (infinity, 1) f'(1)=0 f'(x)0 on (1, infinity) f"(x)0 on (0, infinity) I'm
asked by Sarah on June 30, 2016 
Fullerton
Graph each function considering the domain, critical points, symmetry regions, where the function is increasing or decreasing, inflection points where the function is concave up or down, intercepts where possible and asymptote
asked by Sharish on March 24, 2016 
Calculus
Explain the global optimization process for a continuous function over a closed interval. Be sure to identify all steps involved and clearly explain how the derivative is utilized in this process. Would this be a good explanation?
asked by George on October 27, 2008 
Calculus
A continous function y=f(x) crosses xaxis at points x=3,0,2,5. Use mean value theorem to show that function has three critical points? I am stuck in this question kindly help
asked by Asfand on November 6, 2016 
Math
Find the critical points and the interval on which the given function is increasing or decreasing, and apply the First Derivative Test to each critical point f(x)= (7/4)x^4+(28/3)x^3+(63/2)x^2252x critical points in increasing
asked by Samantha on December 10, 2014 
Calculus
For the function below, determine the intervals of concavity: f(x)=xlnx I tried doing it but the second derivative would always be f''(x)=1/x, so it would be concave up at x>0 and concave down at x
asked by Isabella on January 10, 2016