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The Math Virtuoso
India
Приєднався 25 гру 2019
"Welcome to The Math Virtuoso, where we dive deep into the foundational concepts of Mathematics, Statistics, and Operations Research, vital for both Engineering and Data Science. Each tutorial focuses on a single concept, offering detailed explanations and a self-assessment section for your understanding.
In Data Science, a strong foundation in math is key. From algorithms to statistical models, math forms the core of this field. My goal is to empower you with the knowledge and skills needed to excel in Data Science by fostering critical thinking and problem-solving abilities.
Whether you're new to the subject or aiming to enhance your skills, join us on this journey of discovery and mastery. Subscribe to The Math Virtuoso and unlock the beauty of Mathematics in Data Science."
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In Data Science, a strong foundation in math is key. From algorithms to statistical models, math forms the core of this field. My goal is to empower you with the knowledge and skills needed to excel in Data Science by fostering critical thinking and problem-solving abilities.
Whether you're new to the subject or aiming to enhance your skills, join us on this journey of discovery and mastery. Subscribe to The Math Virtuoso and unlock the beauty of Mathematics in Data Science."
If you are new to the channel, make sure you drop a LIKE and hit SUBSCRIBE
Non-Linear Programming Problem | Lagrange Multiplier Method with One Equality constraint | Self Q1
Solving Self-Observation slide Q1 of NLP problem of One Equality constraint of optimization using the Lagrange Multiplier method.
#LagrangeMultiplierMethod #NonLinearProgrammingProblem #OneEqualityConstraint #mathematicaloptimization #Lagrangemultipliers #MinimizationType #ObjectiveFunction #BasicFeasibleSolution #StandardForm #SlackVariable #SurplusVariables #ArtificialVariable #Infeasibility #NonNegativityConstraint
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1. Complete playlist of Ordinary Differential Equations:
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2. Complete playlist of Vector Calculus:
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10. Complete playlist of Fourier Series Link:
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14. Complete playlist of Vector Spaces Link:
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15. Complete playlist of Calculus of Variations Link:
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16. Complete playlist of Laplace Transforms of Special functions (Heaviside’s Unit Step, Periodic Functions, Dirac’s Delta Functions) Link: ua-cam.com/video/K2RwZrarylk/v-deo.html
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HAPPY LEARNING!!!
#LagrangeMultiplierMethod #NonLinearProgrammingProblem #OneEqualityConstraint #mathematicaloptimization #Lagrangemultipliers #MinimizationType #ObjectiveFunction #BasicFeasibleSolution #StandardForm #SlackVariable #SurplusVariables #ArtificialVariable #Infeasibility #NonNegativityConstraint
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1. Complete playlist of Ordinary Differential Equations:
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2. Complete playlist of Vector Calculus:
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3. Complete Playlist of Sampling Theory:
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4. Complete Playlist of Partial Differentiation:
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5. Complete playlist of Complex Numbers:
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8. Complete playlist of Linear Algebra: Matrices Link:
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9. Complete playlist of Complex Variables:
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10. Complete playlist of Fourier Series Link:
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11. Complete playlist of Partial Fraction Decomposition (Method) Link: ua-cam.com/video/YN675CuEthU/v-deo.html
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HAPPY LEARNING!!!
Переглядів: 6 941
Відео
Rectification | Length of an arc | Polar Form - Part 3
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The process of determining the length of an arc of a plane curve is known as the rectification of curves. #rectification #lengthofarc #polar #polarform #planecurve #integration #Concept #doubleintegrals #Evaluation #properties #FirstYearEngineering #UniversityofMumbai. 👉👉Please Like, Subscribe and Share here: ua-cam.com/channels/UTRnhWrpfNynNKNAsjoosw.html 1. Complete playlist of Ordinary Diffe...
Rectification | Length of an arc | Polar Form - Part 2
Переглядів 1932 роки тому
The process of determining the length of an arc of a plane curve is known as the rectification of curves. #rectification #lengthofarc #polar #polarform #planecurve #integration #Concept #doubleintegrals #Evaluation #properties #FirstYearEngineering #UniversityofMumbai. 👉👉Please Like, Subscribe and Share here: ua-cam.com/channels/UTRnhWrpfNynNKNAsjoosw.html 1. Complete playlist of Ordinary Diffe...
Rectification | Length of an arc | Polar Form - Part 1
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The process of determining the length of an arc of a plane curve is known as the rectification of curves. #rectification #lengthofarc #polar #polarform #planecurve #integration #Concept #doubleintegrals #Evaluation #properties #FirstYearEngineering #UniversityofMumbai. 👉👉Please Like, Subscribe and Share here: ua-cam.com/channels/UTRnhWrpfNynNKNAsjoosw.html 1. Complete playlist of Ordinary Diffe...
Rectification | Length of an arc | Cartesian Form - Part 1
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The process of determining the length of an arc of a plane curve is known as the rectification of curves. #rectification #lengthofarch #planecurve #integration #Concept #doubleintegrals #Evaluation #properties #FirstYearEngineering #UniversityofMumbai. 👉👉Please Like, Subscribe and Share here: ua-cam.com/channels/UTRnhWrpfNynNKNAsjoosw.html 1. Complete playlist of Ordinary Differential Equations...
#doubleintegrals #changeorderofintegration #evaluation
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The detailed discussion on the identification of the region and changing the order with the important steps to follow along with the concept of verticle and horizontal stripes and evaluation. #changeorderofintegration #evaluation #OveraGeneralRegion #verticlestrip #horizontalstrip #doubleintegrals #evaluation #area #properties #FirstYearEngineering #UniversityofMumbai. 👉👉Please Like, Subscribe ...
Double Integrals | Change the order of integration - Part 3
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The detailed discussion on the identification of the region and changing the order with the important steps to follow along with the concept of verticle and horizontal stripes. #OveraGeneralRegion #VerticleStrip #HorizontalStrip #DoubleIntegrals #Evaluation #Area #properties #FirstYearEngineering #UniversityofMumbai. 👉👉Please Like, Subscribe and Share here: ua-cam.com/channels/UTRnhWrpfNynNKNAs...
Shorts | Cartesian to Polar | 𝒅𝒙 𝒅𝒚 = 𝒓 𝒅𝒓 𝒅𝜽
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Shorts | Cartesian to Polar | 𝒅𝒙 𝒅𝒚 = 𝒓 𝒅𝒓 𝒅𝜽
Double Integrals | Change the order of integration - Part 2
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Double Integrals | Change the order of integration - Part 2
Double Integrals | Change the order of integration - Part 1
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Double Integrals | Change the order of integration - Part 1
Double Integrals | over a General given region - Part 3
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Double Integrals | over a General given region - Part 3
Inverse Z-Transforms | by Partial Fraction Method
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Inverse Z-Transforms | by Partial Fraction Method
Inverse Z-Transforms | Introduction and Problems
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Inverse Z-Transforms | Introduction and Problems
Z-Transforms | Z-Transforms of Standard Functions - Part 6
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Z-Transforms | Z-Transforms of Standard Functions - Part 6
Z-Transforms | Z-Transforms of Standard Functions - Part 5
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Z-Transforms | Z-Transforms of Standard Functions - Part 5
Z-Transforms | Z-Transforms of Standard Functions - Part 4
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Z-Transforms | Z-Transforms of Standard Functions - Part 4
Z-Transforms | Z-Transforms of Standard Functions - Part 3
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Z-Transforms | Z-Transforms of Standard Functions - Part 3
Z-Transforms | Z-Transforms of Standard Functions - Part 2
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Z-Transforms | Z-Transforms of Standard Functions - Part 2
Z-Transforms | Z-Transforms of Standard Functions - Part 1
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Z-Transforms | Z-Transforms of Standard Functions - Part 1
Z-Transforms | Linearity, Time & Frequency, Differentiation, Initial & Final Value, Time Reversal
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Z-Transforms | Linearity, Time & Frequency, Differentiation, Initial & Final Value, Time Reversal
Marathon | Solution of Difference equation by Z Transforms
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Marathon | Solution of Difference equation by Z Transforms
Z-Transforms | Linearity Property | Problems Part 1
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Z-Transforms | Linearity Property | Problems Part 1
Linear Programming Problem | Duality | Relationship - Primal and Dual Simplex table and solution
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Linear Programming Problem | Duality | Relationship - Primal and Dual Simplex table and solution
Linear Programming Problem | Duality | Solve LPP using Principle of Duality
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Linear Programming Problem | Duality | Solve LPP using Principle of Duality
Solving Non-Linear Programming Problems with Lagrange Multiplier Method
Переглядів 54 тис.2 роки тому
Solving Non-Linear Programming Problems with Lagrange Multiplier Method
Thank you❤❤
Tooo fast
EXPLANATIONS IS JUST A WAW❤ THANKU MAM
Thank you😊
Honestly all this gibberish is of no use if you are not doing concrete examples. Nothing makes sense all these definitions hold no use if you are not implementing.
Your comment resonates well with the concern, and I completely understand your perspective. Think of it as the farmer preparing the soil before sowing seeds - the groundwork needs to be done for successful growth. Similarly, a clear understanding of fundamental definitions and concepts is crucial in any subject. It provides a solid foundation before diving into practical examples. Once we have this clarity, solving problems becomes more intuitive and meaningful. So let’s nurture the base first for more impactful learning ahead!
How to write division in this box
Nice and thank you
mam 4×4 determinant is coming -44. (not 48)
Mam I have a doubt on inverse Laplace of s^2/s^4-a^4
Nice 👍, but you were too fast, Please take your time to break it down next time, you skipped a lot of solvings and got me lost many times.
Very nice
What if the objective function Z variables are the same, is it possible to count? For example 3x1+3x2+5x3+4x4
Very nice explanation sir,deserve more views and likes
@10:38 when we are comparing the negative RHS i.e. -1 and -10, then -1 is the "least negative" and -10 is the "most negative"... We have to select the pivot row based on the "most negative" or "highest negative" in dual simplex algorithm (not "least negative" as mentioned by you)... This convention is followed by most of the renowned books... I hope you will follow the convention...
excellent explanation mam
mam 3 rd question from self observation isn't it cosh at
Thanku so much ma'am
The video Quality is very poor
Yes sir, those were my learning phase!
That,s why i hate math
Perfectly undertaken ma'an
thank you so much😇😇 I spent hours searching this thing but didn't get right explanation which I found here Thank You
Appreciate, it helped you.
Use dual simplex method and use duality to solve the problem. Are they both same??
Both methods should yield the same optimal value for the objective function, confirming the duality theorem in linear programming. Dual Simplex Method: Used to solve the primal problem with slack variables. Duality Verification: Solve the dual problem and check consistency.
wow, it was very helpful. thank you!
Glad to know that it helped you.
Why we eliminate 3,4 column?
Mam is mn tu lagrange functions ny nhi surf solve krty plz bta dyn
❤😊😊
how to solve in cases of more complicated functions? (Ex: g(x,y)=Exp(x) Sinh(y) & f(x) =5x+2y)
The Dell 5 determinant is right or wrong mam after solving it the answer is 54
sample variance formula is written wrong it should be (xi-x)^2 not xi-x^2)
Hello, I cannot see the frequency table in my casio-991es plus when I enter shift 1-type-1. I can see the x-table and the rest works as intended
Thanks mam
thanks'
Ablam sana qurban olurummm.
One law missing 1.u=u
Thanku so much for explaining everything
Thank you so much ma'am. God bless you
what if i have a function from 0 to pi/2 ??? can you help me , should i solve with l ?
yes, please follow this video and you can find FS for any range.
Thanks mam❤
Very well illustrated many videos are not Thank you.
how did you find out that substition you used is correct? Or how did you come to the substitution? As this is the main issue, all other things are just derivations. Thanks. PM
I am having doubts about the question. Why did the Z value decrease from -10 to -18 in a maximization question?
A function=0 doesn't imply that it's total derivative is also zero in general.
Good
thanks you !!!!!!
I want to join your academy. Tell me all information about your academy.
Happy to know 🙏
thankyouuuuuuuuuuuuuuuuu mam it was very helpful and explaination was tooooo good😍😍😍😍😍😘😘😘😘😘😘😘😘🤗🤗🤗🤗🤗🤗🤗🤗🤗
Mam formula for a°=1/L() thn it will be 1/π , how you have written 1/2π
Shubham, pls refer to ua-cam.com/video/EQTN694VVHY/v-deo.html in which I have explained it in detail.
thank you for giving amazing lecture
Glad it helped you 😇
Super 😍.mam g plzz uu guide me how can I show these diagram in my presentation,which software I chose plz guide
I have used here power point presentation.
Sukriya 😇
Adolf Hitler (German: [ˈaːdɔlf ˈhɪtlɐ] ⓘ; 20 April 1889 - 30 April 1945) was an Austrian-born German politician who was the dictator of Germany from 1933 until his suicide in 1945. He rose to power as the leader of the Nazi Party,[a] becoming the chancellor in 1933 and then taking the title of Führer und Reichskanzler in 1934.[b] During his dictatorship, he initiated World War II in Europe by invading Poland on 1 September 1939. He was closely involved in military operations throughout the war and was central to the perpetration of the Holocaust, the genocide of about six million Jews and millions of other victims. Hitler was born in Braunau am Inn in Austria-Hungary and was raised near Linz. He lived in Vienna later in the first decade of the 1900s before moving to Germany in 1913. He was decorated during his service in the German Army in World War I. In 1919, he joined the German Workers' Party (DAP), the precursor of the Nazi Party, and in 1921 was appointed leader of the Nazi Party. In 1923, he attempted to seize governmental power in a failed coup in Munich and was sentenced to five years in prison, serving just over a year of his sentence. While there, he dictated the first volume of his autobiography and political manifesto Mein Kampf ("My Struggle"). After his early release in 1924, Hitler gained popular support by attacking the Treaty of Versailles and promoting pan-Germanism, anti-Semitism and anti-communism with charismatic oratory and Nazi propaganda. He frequently denounced international capitalism and communism as part of a Jewish conspiracy. By November 1932, the Nazi Party held the most seats in the Reichstag but did not have a majority. No political parties were able to form a majority coalition in support of a candidate for chancellor. Former chancellor Franz von Papen and other conservative leaders convinced President Paul von Hindenburg to appoint Hitler as chancellor on 30 January 1933. Shortly thereafter, the Reichstag passed the Enabling Act of 1933 which began the process of transforming the Weimar Republic into Nazi Germany, a one-party dictatorship based on the totalitarian and autocratic ideology of Nazism. Upon Hindenburg’s death on 2 August 1934, Hitler succeeded him, becoming simultaneously the head of state and government with absolute power. Hitler sought to eliminate Jews from Germany and establish a New Order to counter what he saw as the injustice of the post-World War I international order dominated by France and the British Empire. His first six years in power resulted in rapid economic recovery from the Great Depression, the abrogation of restrictions imposed on Germany after World War I, and the annexation of territories inhabited by millions of ethnic Germans, which initially gave him significant popular support. One of Hitler's key goals was Lebensraum (lit. 'living space') for the German people in Eastern Europe, and his aggressive foreign policy is considered the primary cause of World War II in Europe. He directed large-scale rearmament and, on 1 September 1939, invaded Poland, resulting in Britain and France declaring war on Germany. In June 1941, Hitler ordered an invasion of the Soviet Union. In December 1941, he declared war on the United States. By the end of 1941, German forces and the European Axis powers occupied most of Europe and North Africa. These gains were gradually reversed after 1941, and in 1945 the Allied armies defeated the German army. On 29 April 1945, he married his long-term partner, Eva Braun, in the Führerbunker in Berlin. On the following day, the couple committed suicide to avoid capture by the Soviet Red Army. In accordance with Hitler's wishes, their corpses were burned. The historian and biographer Ian Kershaw describes Hitler as "the embodiment of modern political evil".[3] Under Hitler's leadership and racist ideology, the Nazi regime was responsible for the genocide of about six million Jews and millions of other victims, whom he and his followers deemed Untermenschen (subhumans) or socially undesirable. Hitler and the Nazi regime were also responsible for the killing of an estimated 19.3 million civilians and prisoners of war. In addition, 28.7 million soldiers and civilians died as a result of military action in the European theatre. The number of civilians killed during World War II was unprecedented in warfare, and the casualties constitute the deadliest conflict in history. Ancestry