![SOLVED: #2 Non-Calculator (12, Graph of f The figure above shows the graph of the piecewise-linear function f. For -4 < x < 12, the function is defined by g(*) = [1f6) SOLVED: #2 Non-Calculator (12, Graph of f The figure above shows the graph of the piecewise-linear function f. For -4 < x < 12, the function is defined by g(*) = [1f6)](https://cdn.numerade.com/ask_images/bda427d5d4bf4082ad2f7ea9facf71ef.jpg)
SOLVED: #2 Non-Calculator (12, Graph of f The figure above shows the graph of the piecewise-linear function f. For -4 < x < 12, the function is defined by g(*) = [1f6)
![SOLVED: Try the problems without calculator; then check WIth your grapru Find the relative extrema of the function, if they exist 1) f(x) 3+4 16x3 24x2 A) Relative maximum at (-2, 48) , SOLVED: Try the problems without calculator; then check WIth your grapru Find the relative extrema of the function, if they exist 1) f(x) 3+4 16x3 24x2 A) Relative maximum at (-2, 48) ,](https://cdn.numerade.com/ask_images/cedce39527b64b388970496e8bc8115f.jpg)
SOLVED: Try the problems without calculator; then check WIth your grapru Find the relative extrema of the function, if they exist 1) f(x) 3+4 16x3 24x2 A) Relative maximum at (-2, 48) ,
![SOLVED: If f'(3) = 0 and f"(3) > 0, what conclusion can you dra There is a relative minimum at x = 3 There is a relative maximum at X = 3. SOLVED: If f'(3) = 0 and f"(3) > 0, what conclusion can you dra There is a relative minimum at x = 3 There is a relative maximum at X = 3.](https://cdn.numerade.com/ask_images/251d401d1af34930bb4eff140c2af4d3.jpg)
SOLVED: If f'(3) = 0 and f"(3) > 0, what conclusion can you dra There is a relative minimum at x = 3 There is a relative maximum at X = 3.
![Pre-Calculus - How to find the maximum or minimum of a function using a calculator (Ti-83/84) - YouTube Pre-Calculus - How to find the maximum or minimum of a function using a calculator (Ti-83/84) - YouTube](https://i.ytimg.com/vi/TixYFyWP_tY/maxresdefault.jpg)
Pre-Calculus - How to find the maximum or minimum of a function using a calculator (Ti-83/84) - YouTube
![Determine the Relative (Local) Extrema of a Function on the TI-89 | Math Help from Arithmetic through Calculus and beyond Determine the Relative (Local) Extrema of a Function on the TI-89 | Math Help from Arithmetic through Calculus and beyond](http://img.youtube.com/vi/AkOS3C0vcDc/0.jpg)