Extremum, Increase and Decrease sections – Extremum to a polynomial function in a closed interval – Exercise 6872 Post category:Extremum, Increase and Decrease Sections Post comments:0 Comments Exercise Determine the absolute extrema for the following function f(x)=x^3+3x^2-72x+90 On the closed interval [-5,5] Final Answer Show final answer \max_{[-5,5]}f(x)=f(-5)=400 \min_{[-5,5]}f(x)=f(4)=-86 Solution Coming soon… Share with Friends Read more articles Previous PostExtremum, Increase and Decrease Sections – A quotient of functions with ln – Exercise 6837 Next PostExtremum, Increase and Decrease sections – Extremum to a polynomial function in a closed interval – Exercise 6876 You Might Also Like Extremum, Increase and Decrease Sections – A polynomial – Exercise 6826 July 25, 2019 Extremum, Increase and Decrease Sections – A rational function – Exercise 6824 July 24, 2019 Extremum, Increase and Decrease sections – Min/Max problems (maximal area) – Exercise 6884 July 28, 2019 Extremum, Increase and Decrease sections – Extremum to a polynomial function in a closed interval – Exercise 6876 July 28, 2019 Extremum, Increase and Decrease sections – Min/Max problems (minimal perimeter) – Exercise 6887 July 29, 2019 Extremum, Increase and Decrease sections – Min/Max problems (maximal volume) – Exercise 6897 July 29, 2019 Leave a Reply Cancel replyCommentEnter your name or username to comment Enter your email address to comment Enter your website URL (optional) Δ
Extremum, Increase and Decrease sections – Min/Max problems (maximal area) – Exercise 6884 July 28, 2019
Extremum, Increase and Decrease sections – Extremum to a polynomial function in a closed interval – Exercise 6876 July 28, 2019
Extremum, Increase and Decrease sections – Min/Max problems (minimal perimeter) – Exercise 6887 July 29, 2019
Extremum, Increase and Decrease sections – Min/Max problems (maximal volume) – Exercise 6897 July 29, 2019