- 71
- 208 079
Anu Math Lessons
India
Registrace 8. 03. 2013
This channel is created for the benefit of all undergrad students to help in understanding the topics of Mathematics.
Hoping to take this channel forward and help more students.
Hoping to take this channel forward and help more students.
Chi Square test - Independence of Attributes
A very interesting application of chi square distribution is dealt in this video. The test on the association between attributes is studied in depth with theory and solved problems for better understanding.
zhlédnutí: 115
Video
Chi Square Test for 'Goodness of Fit'
zhlédnutí 221Před 5 měsíci
A powerful application of Chi - Square distribution namely "Testing for Goodness of Fit" is dealt with in this video. Features of this application along with solved problems dealt here, will enable undergrad students to grasp this concept faster and apply for their further work.
Video 4 - Latin Square Design
zhlédnutí 160Před 5 měsíci
The third basic design called Latin Square Design or three way classification is discussed in detail in this video. The features, merits demerits and differences between designs are elaborately discussed. ANOVA tables along with procedures to give appropriate conclusions are explained through three examples. This would benefit the undergrad students studying this topic.
Video 3 - Randomised Block Design
zhlédnutí 175Před 5 měsíci
The basic features of the Randomised Block Design, difference between CRD and RBD, and the working analysis is elaborately explained followed by three worked out examples for better understanding is presented in this video.
Video 2 - Completely Randomized Design
zhlédnutí 109Před 5 měsíci
The first basic design CRD is dealt with in this video. Features, merits and demerits are discussed in detail. The working rule along with three problems are solved and are elaborately explained for the benefit of undergrad students.
Video 1 Introduction to Design of Experiments
zhlédnutí 75Před 5 měsíci
This is an introductory video on Design of Experiments. Starting with definition of an experiment, types of variables, important terminology, objectives of DOE and principles of DOE, concepts are explained clearly.
Video 7 - Problems on Regression
zhlédnutí 194Před 5 měsíci
Sample problems on regression are solved elaborately for students to follow step by step with ease.
Video 6 - Introduction to Regression
zhlédnutí 123Před 5 měsíci
The fundamentals of regression, starting with definition, type of variables, lines of regression, regression coefficients and their properties are explicitly dealt in this video for the benefit of undergraduate students.
Video 5 - Spearman's Rank Correlation Coefficient
zhlédnutí 136Před 5 měsíci
The concept of rank correlation is explained supported with different types of solved examples and problems for practice.
Video 4 - Correlation Coefficient for a Bivariate Frequency Distribution - Part 3
zhlédnutí 180Před 6 měsíci
This video focusses on the construction of a two way table for a bivariate frequency distribution and calculation of the correlation coefficient.
Video 3 - Extra Problems on finding Correlation Coefficient - Part 2
zhlédnutí 167Před 6 měsíci
In the third video of the lecture series on Statistical Correlation, sample problems are solved in which the data is not explicitly given, while the sum totals are directly specified which needs certain corrections before finding the coefficient of correlation.
Video 2 - Karl Pearson's Coefficient of Correlation
zhlédnutí 198Před 6 měsíci
In this video, sample problems to find Coefficient of Correlation are solved using the formulae explained in the introductory video.
Introduction to the undergrad course on "Statistics for Engineers" offered for Engineering students
zhlédnutí 202Před 6 měsíci
This video gives an introduction to statistics that is relevant for Engineers as per the syllabus for first year Engineering students. It is designed to help undergraduate students to understand the various aspects of statistics such as Random Variables, Distributions, Correlation and Regression, Testing of Hypothesis and Design of Experiments in a series of video lectures. .
Wishes to you all from Anu Math Lessons
zhlédnutí 30Před 7 měsíci
Merry Christmas and A Very Happy New Year 2024
Shooting Method for Nonlinear Second Order Boundary Value Problems
zhlédnutí 4,7KPřed rokem
This video shows the application of Shooting Method to solve nonlinear second order Boundary Value Problems. The working rule is clearly stated based on which a problem is solved in a stepwise manner. The linear shooting method was explained in my previous video czcams.com/video/oGuGvOXoJsA/video.html
How to apply Finite Difference Method for ODEs with Mixed Boundary Conditions?
zhlédnutí 2,6KPřed rokem
How to apply Finite Difference Method for ODEs with Mixed Boundary Conditions?
PA = LU decomposition with row interchange - Problems and Applications
zhlédnutí 1,4KPřed rokem
PA = LU decomposition with row interchange - Problems and Applications
Solution of System of Equations using LU Decomposition
zhlédnutí 192Před rokem
Solution of System of Equations using LU Decomposition
Type 4 - Separable partial Differential Equations
zhlédnutí 1,4KPřed 3 lety
Type 4 - Separable partial Differential Equations
Type 3 - First order standard type of Partial Differential Equations
zhlédnutí 2,3KPřed 3 lety
Type 3 - First order standard type of Partial Differential Equations
Self reciprocal functions under Fourier transforms
zhlédnutí 5KPřed 3 lety
Self reciprocal functions under Fourier transforms
Type 3 - Problems based on properties of Fourier transform
zhlédnutí 404Před 3 lety
Type 3 - Problems based on properties of Fourier transform
Type 2 - Problem 3 - Application of Inversion formula and Parseval's theorem on Fourier Transforms
zhlédnutí 134Před 3 lety
Type 2 - Problem 3 - Application of Inversion formula and Parseval's theorem on Fourier Transforms
Type 2 - Problem 2 - Application of Inversion formula and Parseval's theorem
zhlédnutí 159Před 3 lety
Type 2 - Problem 2 - Application of Inversion formula and Parseval's theorem
Type 2 - Problem 1 - Using Fourier Transform and Inversion definition along with Parseval's theorem
zhlédnutí 256Před 3 lety
Type 2 - Problem 1 - Using Fourier Transform and Inversion definition along with Parseval's theorem
Type 1 - Case 2 - Problem 2 - Different Approach to Evaluate the Fourier Transform of a function.
zhlédnutí 120Před 3 lety
Type 1 - Case 2 - Problem 2 - Different Approach to Evaluate the Fourier Transform of a function.
Type 1 - Case 2 - Problem 1 - Different Approach to evaluate Fourier transform of a given function.
zhlédnutí 140Před 3 lety
Type 1 - Case 2 - Problem 1 - Different Approach to evaluate Fourier transform of a given function.
Type 1 - Case 1 - Problems on evaluation of Fourier transform using the basic definition.
zhlédnutí 194Před 3 lety
Type 1 - Case 1 - Problems on evaluation of Fourier transform using the basic definition.
Your explanation is dope. I love it ❤️
Your explanation is dope. I love it.
Nice one 👍 Thank you
MADAM -- EXCELLENT LECTURE--- PLEASE NAME BOOK ON NUMERICAL METHODS - THANK U
MADAM- EXCELLENT LECTURE= PLEASE NAME BOOK ON FINITE DIFFERNCE FOR HEAT TRANSFER - THANKING U - AMARJIT - DELHI
crystal clear definitions and presentation. love u mam from srilanka❤
Glad you found the video useful. Good wishes
What is IVP maam?
INITIAL VALUE PROBLEM
@@AnuMathLessonsyou have a video about Methods for Systems and Higher Order ODEs
Videos on single and multi step methods are posted. If there is any specific method you want, you may please let me know
@@AnuMathLessons about euler methods and and runge kutta for systems?
@@AnuMathLessons you know what you are a life saver we have report about this topic .🥺
Loved the way of the teaching!
Explanation 👏
Great work 👏
Great explanation 👌
Awesome explanation 👏
please what value of h are you using. i mean the step size
Thank you for the wonderful and Clear illustration. So awesome!!!
Glad you found it useful
I love you
Ma your video is great and helpful. Is it possible to use FDM for fourth order differential equation with mixed boundary conditions, thank you ma.
Thank you for the interactive video
tq mam superb simplified explaination........
❤😊😊
Mehn, this was helpful…. A course mate shared the link…. Great one
Glad you found it useful. Good wishes
maam can you send the codes of shooting method for coupled system of partial differential equations?
Informative 👍
Mam book reference from where you take the question?
Mam.. reference of the book from where you take the question?
Could you please provide us with all the materials (code, pdfs, ...) you used in the video
Thank you so much mam for this informative video. I had confusions on this topic but your explanation was so simple that I understood all the things in very easy way.
I'm glad to know this video was very helpful to you. Good wishes!
This is a great video, Prof. Can you make a video on the third order ODE?
Amazing mam, Best teaching. A school boy can understand this complex system through your video. . That much steadily and clearly explained. Very helpful for my Master's degree assignment.
Very glad that you found it useful. Good wishes!
Am so proud to say I am in a good position because of ur teachings and guidance Mam.if not for a teacher like u I would have never lost that fear I had in this subject and today am entirely working in Math because of u.
Very Happy to hear from you Vaishnavi. God bless you!
Thanks very much
very well explained😄
Thanks aloooot ma'am
Ma''am you wrote p(x), q(x), r(x) all may not be linear... but these are depending on x means y is not involved in these terms... then how any of them can be non linear?
You are correct. They are functions of x and y and their derivatives. It was a typo error. Thanks for the correction.
@@AnuMathLessons you're welcome! Ma'am can you please tell me that how can we proceed then? I mean what thing will make that BVP non linear? as we're discussing Shooting method for non linear BVP
The video is on nonlinear equation only. Plz check the example given in the video
@@AnuMathLessons dear Ma'am make me clear about non linear ODE please... In general form how can we write it
@@Casual.learning230 If in an ode, we have terms involving higher powers (more than 1) of derivatives or when we have product of terms involving the dependent variable y and its derivatives or when we have higher powers of y (more than 1), then such odes are nonlinear odes.
Keep on the wonderful work mam
Is it possible to solve a third order partial differential equation by finite difference method?
Yes it's possible
@@AnuMathLessons can you provide video on this?
@@amitmukherjee38 sure
@@AnuMathLessons thank you.
Very nicely explain.. Loved it mam .. And thank you 🙏 for such a nice explanation
Excellent explanation❤
Glad you found it useful...good wishes
I 💕 this lecture
Thank you very much 🙏🙏🙏🙏
Glad the video was useful....Good Wishes....
Great explanation, thank you so much ma'am.
Glad you liked it..good wishes
Could you please share the coding in drive as its not clear in video .. please mam
Could you please do one on Monte Carlo Simulation?
Will try
Thank you for such an amazing leccture☺☺
Glad you like it...good wishes!!
Mam you are a good teacher , also your voice is great. Thank uh
Thank you. Good wishes!
Thank you so much ma.🎉
What if lambda > ½, what method are we going to use
When lambda >1/2, implicit method called Crank Nicolson Method is applied.
😥 Promo`SM
Thanks alot Maam
ma'am can you tell which book is better for shooting method
Mam nonlinear shooting method
Video posted today. Please see it and hope you like it and benefit from it. Good wishes!
Very nice 👍
Glad you liked it....good wishes!