Learn how to determine the local max and min from a graph

👉 Learn how to determine the extrema, the intervals of increasing/decreasing, and the concavity of a function from its graph. The extrema of a function are the points where the graph changes from increasing to decreasing or vice versa. A graph is said to be increasing when it rises from left to right and is said to be decreasing when it falls from right to left. A function is said to be concave up (convex) if the graph of the curve is facing upwards and the function is said to be concave down (concave) if the graph is facing down.
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Organized Videos:
✅Applications of the Derivative
• Applications of the De...
✅Determine Increasing or Decreasing Function From a Table
• Determine Increasing o...
✅Concavity of Functions
• Concavity of Functions
✅Extreme Value Theorem of Functions
• Extreme Value Theorem ...
✅First Derivative Test for Functions
• First Derivative Test ...
✅Find the Critical Values of a Function
• Find the Critical Valu...
✅Extrema, Concavity, Increasing Decreasing Intervals from a Graph
• Extrema, Concavity, In...
✅Sketch the Graph of the First and Second Derivative
• Find the Points of Inf...
✅Find the Points of Inflection of a Function
• Find the Points of Inf...
✅Second Derivative Test For a Function
• Second Derivative Test...
✅Intermediate Value Theorem of Functions
• Intermediate Value The...
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👨‍👩‍👧‍👧 About Me: I make short, to-the-point online math tutorials. I struggled with math growing up and have been able to use those experiences to help students improve in math through practical applications and tips. Find more here: www.freemathvi...
#derivatives #brianmclogan

[@blindjustice3558]

I'm frustrated that when they teach this they cannot just explain it as simply as you do. Thumbs up!

[@denizayhan1576]

Sir, I'm currently a student taking Algebra 2, and I can't even begin to describe how helpful your videos have been ever since I discovered them. Thank you, and please keep doing what you're doing!

[@matthewflores9484]

You have been a great source of information! I'm in my third year in college I thought I'll never see this stuff again! Keep up the good work teach!

[@annieduong6499]

they dont teach us like this anymore in university. i thank you kind sir for showing us on youtube

[@akifcolak5033]

some textbooks say that end points can be local extreme point, some of them NOT. Which view is true? Or it doesnt matter?

[@cayanlamanna]

guys, g(f) is NOT a local/relative max, the same way g(a) isn't a local/relative min. you cannot have relative max and mins at the endpoints of a function

[@TrinhLe-wr1bj]

he missed the definition of local

[@isii7355]

Yes b,d are local max c,e are local min d is absolute max a is absolute min

[@cylim3936]

Thank you Brian!

[@brianmclogan]

My pleasure!

[@yen6878]

wow, Great work!!!

[@brianmclogan]

Thank you!

[@NikmalHussain-xc5yy]

Your a lifesaver thank you

[@jjc6530]

x=f can’t be a relative max, there’s no points on either side to compare it with.

[@derek7566]

you can't have a relative max or min on an endpoint according to textbook

[@EitrVethr]

His brain os huge asf

[@maredknife5029]

The relative max is at b and d !!!!

[@brianmclogan]

Multiple answers,

[@taitong-z9w]

he always make mistakes