Applications of Derivatives in Solving Maxima and Minima Problems
ฝัง
- เผยแพร่เมื่อ 28 ส.ค. 2024
- Here's another video on how the derivatives of both algebraic and transcendental functions are used to solve minimization or maximization problems.
Videos on Differential Calculus
PARTIAL DIFFERENTIATION
Implicit Partial Differentiation for Multi - valued Functions : • Implicit Partial Diffe...
Partial Differentiation (Chain Rule of Partial Differentiation) : • Chain Rule of Partial ...
Partial Differentiation (Derivatives of Multi-valued Functions) : • Partial Differentiatio...
APPLICATIONS OF DERIVATIVES
Differentials and Approximation of Errors : • Applications of Deriva...
Tangent Line and Normal Line : • Applications of Deriva...
Curve Tracing : • Application of Derivat...
Maxima, Minima and Point of Inflection : • Applications of Deriva...
Solving Maxima and Minima Problems : • Applications of Deriva...
Solving Time-Rates Problems : • Application of Derivat...
Velocity, Acceleration and Rectilinear Motion : • Applications of Deriva...
DERIVATIVES OF TRANSCENDENTAL FUNCTIONS
Derivatives of Hyperbolic Functions : • Derivatives of Hyperbo...
Derivatives of Logarithmic Functions : • Derivatives of Logarit...
Derivatives of Inverse Trigonometric Functions : • Derivatives of Inverse...
Derivatives of Some Trigonometric Functions by Implicit Differentiation : • Derivatives of Some Tr...
Higher Order Derivatives of Some Trigonometric Functions : • Higher Order Derivativ...
Techniques on Differentiating Powers of Trigonometric Functions : • Techniques on Differen...
Derivatives of Trigonometric Functions : • Derivatives of Trigono...
DERIVATIVES OF ALGEBRAIC FUNCTIONS
Implicit Differentiation of Algebraic Functions : • Implicit Differentiati...
Higher - Order Derivatives of Algebraic Functions : • Higher - Order Derivat...
Derivatives of Algebraic Functions: • Derivatives of Algebra...
Derivatives as a Slope of a Line Tangent to the Given Curve (Definition of Derivatives) : • Derivatives as a Slope...
FUNCTIONS, LIMITS AND CONTINUITY
Part 3 : • Functions, Limits and ...
Part 2 : • Functions, Limits and ...
Part 1 : • Functions, Limits and ...
This video presentation helps me a lot since that I've been struggling on understanding this topic. This provide brief and very useful informations that will greatly contribute to student's educational needs. Thank you 💯
thanks po sir mejo hirap kase ako sa pag intindi sa worded problem plus yung prof namin kala niya expert na kami sa ganitong field kaya di ko nagets topic thank you sir for this it helps me a lot sir❤️
'thank you for watching. I hope you learned something from the video
I just subscribed you cuz u literally saved me. Thank you very much
Nice and Good explanation, through a step by step explanation which is not too slow, not too fast but just right, especially for us as a not too slow nor a fast learner but just right 😅😅😅...So, keep it up and job well done.
.' thanks. Keep safe always
Congrats, 10K views na.😃
.' salamat po. Sana'y may natutunan ang mga bata
Great... Loved the explanation
.'Thank you for the appreciation.
Thank youuuuu very mushh
@18:02 why did u assume the altitude of the right triangles as 1/2 of h?
The altitude of the triangle is the same 1/2 of the height of the cylinder.
❤
Wala bang shortcut po nahihirapan po kasi ako
.'That's the shortest since it cannot be solved with the aid of Algebra
Andami pong sikot kahit ganong process lang po sa problen fences na 800ft
..' Optimization problems kasi vary in many forms.
Donot simply focus on the example itself but focus more on the process and procedure on how to solve a problem.
The steps are enumerated on the video.
.' you can send me a message and i will teach you how. The solutions kasi depend on the type of problems. You just follow the simple steps i enumerated on the start of the video.
It takes a lot of concepts on solid and plane geometry.
Maybe you try to recall all the concepts of geometry needed in solving optimization problems
Ang hirap 😢 may quiz panaman ako bukas
no one is gonna tell him that the Volume of a cylinder is the written equation divided by 3 ?
.
"The volume of a cylinder is equal to the product of the area of the base and the height. Its. V = pi * r^2 * H where r is the radius and H is the height of the cylinder.
Volume of Cone = (1/3)pi * r^2 * H
learn ur math before commenting so rudely smh... the volume of a cylinder is pi * r^2 * h
.' let's all be mathematically at peace. :) :)