-
Study Tips for Maths Exam 1
This series is completely for beginners if you don't know the basics its completely fine then also you can easy learn from this series and understand the complex concept of maths 3 in a easy way
Branches Covered ( Comps , Mechanical , Civil , EXTC , Electrical , Electronics , IT )
Handmade Notes : Notes are Brilliant , Easy Language , East to understand ( Student Feedback )
Exam ke Pehle Notes ek baar Dekhlo revision aise hi jata hai-
How to Attempt MCQ’s 09 minLecture1.1
-
-
Complex Number [M1] 6
-
Introduction to Complex Numbers 10 minLecture2.1
-
De Moivre’s Theorem 17 minLecture2.2
-
Expansions of sin nθ and cos nθ 13 minLecture2.3
-
Expansions of Sinⁿ θ and Cosⁿ θ 10 minLecture2.4
-
Roots of Complex Numbers 09 minLecture2.5
-
Log of Complex Numbers 10 minLecture2.6
-
-
Numerical solutions [M1] 6
-
Introduction To Numerical Solutions And Regula Falsi Method 12 minLecture3.1
-
Newton-raphson Method 12 minLecture3.2
-
Gauss-jacobi’s Iterative Method 06 minLecture3.3
-
Gauss-seidel Iterative Method 06 minLecture3.4
-
Taylor Series 09 minLecture3.5
-
Maclaurin Series 09 minLecture3.6
-
-
Hyperbolic Function [M1] 4
-
Hyperbolic Functions Part 1 08 minLecture4.1
-
Hyperbolic Functions Part 2 14 minLecture4.2
-
Hyperbolic Functions separation Of Real And Imaginary Parts 15 minLecture4.3
-
Inverse Hyperbolic Functions 16 minLecture4.4
-
-
Partial Differentiation [M1] 9
-
Introduction of Partial Differentiation 10 minLecture5.1
-
Example of Function of Function 12 minLecture5.2
-
Variable Treated As Constant 10 minLecture5.3
-
Composite Function 12 minLecture5.4
-
Composite Function Example 24 minLecture5.5
-
Implicit Function 07 minLecture5.6
-
Homogeneous Function (Eulers Theorem) 16 minLecture5.7
-
Reducible To Homogeneous Function (Euler’s Modified Theorem) 16 minLecture5.8
-
Maxima and Minima 16 minLecture5.9
-
-
Successive differentiation [M1] 3
-
Introduction to Successive Differentiation [Type1] 16 minLecture6.1
-
Successive Differentiation [Type 2] 14 minLecture6.2
-
Leibnitz Theorem 15 minLecture6.3
-
-
Matrices [M1] 4
-
Basics of Matrix 10 minLecture7.1
-
Rank of Matrix by Normal Form 13 minLecture7.2
-
PAQ 14 minLecture7.3
-
Linear Dependence and Independence 13 minLecture7.4
-
-
Differential Equations of the First Order and First Degree [M2] 9
-
Introduction to Differential Equation 10 minLecture8.1
-
Equation Reducible to Exact Differential Equation 15 minLecture8.2
-
Equation Reducible to Exact Differential Equation Example 1 08 minLecture8.3
-
Equation Reducible to Exact Differential Equation Example 2 14 minLecture8.4
-
Equation Reducible to Exact Differential Equation Example 3 11 minLecture8.5
-
Linear Differential Equation 10 minLecture8.6
-
Reducible to Linear Form in Differential Equation 15 minLecture8.7
-
Bernoulli’s Equation 15 minLecture8.8
-
[Notes] Differential EquationLecture8.9
-
-
Linear Differential Equation with Constant Coefficient and Variable Coefficients of Higher Order [M2] 4
-
Linear Differential Equation with Constant Coefficient 11 minLecture9.1
-
Particular Integral in Differential Equation 14 minLecture9.2
-
Method of Variation of Parameters in Differential Equation 15 minLecture9.3
-
[Notes] Linear Differential equationLecture9.4
-
-
Numerical Solution Of Ordinary Differential Equation[M2] 5
-
Taylor Series Method 11 minLecture10.1
-
Euler Method 09 minLecture10.2
-
Euler’s Modified Method 10 minLecture10.3
-
Runge Kutta Method 10 minLecture10.4
-
[Notes] Numerical SolutionLecture10.5
-
-
Beta Gamma Functions[M2] 8
-
Beta Function and its Properties Type 1 09 minLecture11.1
-
Beta Function Type 2 & 3 07 minLecture11.2
-
Beta Function Type 5 & 6 07 minLecture11.3
-
Miscellaneous Beta in Beta Function 07 minLecture11.4
-
Gamma Function Basics & Properties 08 minLecture11.5
-
Gamma Function Type 2 09 minLecture11.6
-
Gamma Function Type 3 08 minLecture11.7
-
Gamma Function Type 4 & Miscellaneous 07 minLecture11.8
-
-
Differentiation Under Integral Sign,Numerical Integration and Rectification [M2] 4
-
Trapezoidal Rule 06 minLecture12.1
-
Simpson’s 1/3 Rule 09 minLecture12.2
-
Simpson’s 3/8 Rule 07 minLecture12.3
-
[Notes] Differential under integral signLecture12.4
-
-
Double Integration[M2] 4
-
Double Integration Part 1 17 minLecture13.1
-
Double Integration Part 2 14 minLecture13.2
-
Double Integration Part 3 16 minLecture13.3
-
[Notes] Double IntegrationLecture13.4
-
-
Laplace Transform [M3] 11
-
Introduction to Laplace transform Copy 29 minLecture14.1
-
Formula Method in Laplace transform Copy 18 minLecture14.2
-
Linearity Property in Laplace transform Copy 19 minLecture14.3
-
Laplace-transform-part-4 Copy 27 minLecture14.4
-
First shift theorem in Laplace transform Copy 19 minLecture14.5
-
Second shift theorem in Laplace transform Copy 09 minLecture14.6
-
Multiplication by t^n in Laplace transform Copy 25 minLecture14.7
-
Division by t in Laplace transform Copy 24 minLecture14.8
-
Laplace transform of Derivative Copy 20 minLecture14.9
-
Laplace transform of Integration Copy 18 minLecture14.10
-
[Notes] Laplace TransformLecture14.11
-
-
Inverse Laplace Transform [M3] 14
-
Introduction to Inverse Laplace Transform Copy 15 minLecture15.1
-
Inverse Laplace Transform part 2 Copy 15 minLecture15.2
-
Inverse Laplace Transform part 3 Copy 17 minLecture15.3
-
Partial fractions Copy 12 minLecture15.4
-
Convolution theorem Copy 24 minLecture15.5
-
Use of Differentiation in inverse Laplace Copy 10 minLecture15.6
-
Integration ( Divisible by s ) Copy 09 minLecture15.7
-
Heaviside Laplace Copy 22 minLecture15.8
-
Inverse Heaviside Laplace Copy 09 minLecture15.9
-
Dirac Delta Copy 11 minLecture15.10
-
Application of Laplace Transform Copy 20 minLecture15.11
-
Periodic function Copy 13 minLecture15.12
-
Convolution theorem Copy 24 minLecture15.13
-
[Notes] Inverse Laplace TransformLecture15.14
-
-
Complex Variable [M3] 8
-
Complex Variable full Concept Copy 33 minLecture16.1
-
Basics of Complex Variable and Cauchy Riemann equations in Cartesian Copy 14 minLecture16.2
-
Cauchy Riemann Equations in Polar Form Copy 05 minLecture16.3
-
Milnethomson Method 1 Copy 12 minLecture16.4
-
Milnethomson Method 2 Copy 10 minLecture16.5
-
Harmonic Functions Copy 10 minLecture16.6
-
Orthogonal Curves and Orthogonal Trajectories Copy 10 minLecture16.7
-
[Notes] Complex VariableLecture16.8
-
-
Conformal Mapping [M3] 8
-
Conformal Mapping introduction Copy 05 minLecture17.1
-
Transformation Mapping in Conformal Copy 08 minLecture17.2
-
Inversion and Reflection Copy 18 minLecture17.3
-
Cross ratio Copy 10 minLecture17.4
-
Fixed Point part 1 Copy 07 minLecture17.5
-
Fixed Point part 2 Copy 07 minLecture17.6
-
Mapping Solved Example Copy 19 minLecture17.7
-
Rotation and Magnification Copy 15 minLecture17.8
-
-
Correlation (Comps , Mechanical and Civil )[M3] 3
-
Introduction to correlation Copy 08 minLecture18.1
-
Karl Pearson coefficient correlation Copy 06 minLecture18.2
-
Spearman Rank Copy 13 minLecture18.3
-
-
Regression (Comps , Mechanical and Civil )[M3] 3
-
Introduction to Regression Copy 05 minLecture19.1
-
Regression part 2 Copy 13 minLecture19.2
-
Regression part 3 Copy 15 minLecture19.3
-
-
Curve Fitting (Comps , Mechanical and Civil )[M3] 4
-
Curve Fitting part 1 Copy 05 minLecture20.1
-
Curve Fitting part 2 Copy 09 minLecture20.2
-
Curve Fitting part 3 Copy 14 minLecture20.3
-
Curve Fitting part 4 Copy 08 minLecture20.4
-
-
Correlation,Regression and Curve Fitting Notes 1
-
[Notes] Correlation,Regression and Curve FittingLecture21.1
-
-
Basic important concept and Formula ( Must watch before Fourier series ) [M3] 3
-
Trigonometry Basic Formula part 1 Copy 06 minLecture22.1
-
Trigonometry Basic Formula part 2 Copy 09 minLecture22.2
-
Integration By Parts Copy 12 minLecture22.3
-
-
Fourier Series [M3] 9
-
Introduction to Fourier series Copy 23 minLecture23.1
-
Fourier Series solved example Copy 31 minLecture23.2
-
Even and Odd theory concept in Fourier Series Copy 13 minLecture23.3
-
Even Solved Example Copy 24 minLecture23.4
-
Odd solved Example Copy 13 minLecture23.5
-
Half range cosine and sine Theory Concept Copy 03 minLecture23.6
-
Half range cosine solved example Copy 17 minLecture23.7
-
Half range sine Solved example Copy 12 minLecture23.8
-
[Notes] Fourier SeriesLecture23.9
-
-
Complex Form of Fourier Series (Mechanical and Civil )[M3] 2
-
Complex form of Fourier Series Copy 28 minLecture24.1
-
Orthogonal and Orthogonality Copy 16 minLecture24.2
-
-
Z transform (Comps )[M3] 7
-
Introduction to Z transform Copy 16 minLecture25.1
-
Z Transforms Change Of Scale Copy 05 minLecture25.2
-
Z Transforms linearity Copy 09 minLecture25.3
-
Z Transforms multiplication by k Copy 10 minLecture25.4
-
Z Transforms Of Standard Functions Copy 08 minLecture25.5
-
Z Transforms Shifting Property Copy 05 minLecture25.6
-
[Notes] Z transformLecture25.7
-
-
Inverse Z transform (Comps )[M3] 2
-
Inverse Z transform using binomial expansion Copy 13 minLecture26.1
-
Inverse Z transform using partial fractions Copy 20 minLecture26.2
-
-
Probability Distribution (Comp)[M3] 14
-
Introduction to Probability Distribution Copy 07 minLecture27.1
-
Discrete Random Variable in Probability Distribution Copy 15 minLecture27.2
-
Distribution function of Discrete Random Variable Copy 10 minLecture27.3
-
Continuous Random Variable in Probability Distribution Copy 09 minLecture27.4
-
Continuous Distribution Function in Probability Distribution Copy 14 minLecture27.5
-
Expectation in Probability Distribution Copy 12 minLecture27.6
-
Mean and Variance Part 1 in Probability Distribution Copy 11 minLecture27.7
-
Mean and Variance Part 2 in Probability Distribution Copy 13 minLecture27.8
-
Moments and Moments Generating Function Part #1 in Probability Distribution Copy 13 minLecture27.9
-
Moments and Moments Generating Function Part #2 in Probability Distribution Copy 11 minLecture27.10
-
Binomial Probability Distribution 18 minLecture27.11
-
Poisson Distribution with Solved Example 11 minLecture27.12
-
Normal Distribution Full Basic Concept 12 minLecture27.13
-
Normal distribution with Solved Example 20 minLecture27.14
-
-
Partial Differentiation (Mechanical and Civil ) [M3] 4
-
Bender-Schmidit method Copy 12 minLecture28.1
-
Crank-Nicholson Simplified method Copy 18 minLecture28.2
-
Laplace equation Copy 13 minLecture28.3
-
[Notes] Partial DifferentiationLecture28.4
-
-
Complex Integration (Mechanical and Civil ) [M3] 9
-
Complex integration along a Circle with Solved Example Copy 12 minLecture29.1
-
Complex integration along a Line or Parabola with Solved Example Copy 17 minLecture29.2
-
Taylor and Laurent series Full Basic with Solved Example part 1 Copy 15 minLecture29.3
-
Taylor and Laurent series Full Basic with Solved Example part 2 Copy 17 minLecture29.4
-
Cauchy’s Theorem Basics & Cauchy’s integral formula Type 1 Copy 13 minLecture29.5
-
Cauchy’s Theorem Type 2 and Type 3 Copy 10 minLecture29.6
-
Cauchy’s Theorem Type 4 and Type 5 Copy 12 minLecture29.7
-
Cauchy’s residue theorem Copy 20 minLecture29.8
-
[Notes] Complex IntegrationLecture29.9
-
-
Set Theory ( Information Technology )[M3] 8
-
Set Theory Part #1 Copy 10 minLecture30.1
-
Set Theory Part #2 Copy 09 minLecture30.2
-
Set Theory Part #3 Copy 08 minLecture30.3
-
Set Theory Part #4 Copy 11 minLecture30.4
-
Set Theory Part #5 Copy 11 minLecture30.5
-
Posets and Hasse Diagram Copy 12 minLecture30.6
-
Pigeon Hole and Extended Pigeon Hole Copy 08 minLecture30.7
-
Partition of sample space Copy 08 minLecture30.8
-
-
Permutation and Combination ( Information Technology ) [M3] 5
-
Permutation and Combination Basics #1 Copy 18 minLecture31.1
-
Permutation and Combination Basics #2 Copy 07 minLecture31.2
-
Permutation Numerical Part 1 Copy 14 minLecture31.3
-
Permutation Numerical Part 2 Copy 10 minLecture31.4
-
Combination Numerical Copy 14 minLecture31.5
-
-
Probability ( Information Technology ) [M3] 7
-
Probability 1 Copy 20 minLecture32.1
-
Probability 2 Copy 10 minLecture32.2
-
Conditions Probability Copy 12 minLecture32.3
-
Repeated Trials Copy 14 minLecture32.4
-
Baye’s theorem Copy 09 minLecture32.5
-
Partition of sample space Copy 08 minLecture32.6
-
[Notes] ProbabilityLecture32.7
-
-
Vector Differentiation ( EXTC, Electrical , Electronics ) [M3] 3
-
Vector differentiation basics and gradient Copy 15 minLecture33.1
-
Divergence and curl Copy 10 minLecture33.2
-
Scalar Potential Copy 14 minLecture33.3
-
-
Vector Integration (EXTC, Electrical , Electronics ) [M3] 3
-
Green theorem Copy 15 minLecture34.1
-
Gauss divergence theorem Copy 07 minLecture34.2
-
stoke’s theorem Copy 17 minLecture34.3
-
-
Bessel's function ( EXTC, Electrical , Electronics ) [M3] 2
-
Bessel’s function Copy 10 minLecture35.1
-
Bessel’s function numerical Copy 10 minLecture35.2
-
-
Vector Differentiation and Integration and Bessel’s Function Notes 1
-
Linear Algebra / Matrices [M4] 12
-
Introduction to Matrices 07 minLecture37.1
-
Eigen value and Eigen vector in Matrices 17 minLecture37.2
-
Eigen value and Eigen vectors for Types of Matrices 06 minLecture37.3
-
Cayley Hamilton Theorem with Example Part 1 09 minLecture37.4
-
Cayley Hamilton Theorem with Example Part 2 05 minLecture37.5
-
Cayley Hamilton Theorem with Example Part 3 04 minLecture37.6
-
Monic and Minimal Polynomial of a Matrix 05 minLecture37.7
-
Algebraic multiplicity And Geometric multiplicity 10 minLecture37.8
-
Functions of a Square Matrix in Matrices 07 minLecture37.9
-
Reduction of Quadratic form to Canonical form 13 minLecture37.10
-
Orthogonal Matrix with Solved Example 09 minLecture37.11
-
[Notes] MatricesLecture37.12
-
-
Sampling Theory [M4] 12
-
What Is Sampling 08 minLecture38.1
-
Large Sampling Problems 16 minLecture38.2
-
Large Sampling Test Theory+Numerical 16 minLecture38.3
-
Hypothesis Testing Full concept 02 minLecture38.4
-
Testing Difference Between Means(case_1) With Examples 11 minLecture38.5
-
Small Sample Test Example 13 minLecture38.6
-
Small Sample Test 04 minLecture38.7
-
Testing Difference Between Means(case_1) With Examples Part 2 05 minLecture38.8
-
Testing Difference Between Means(case_2) 12 minLecture38.9
-
Non Parametric Test Type_1_Numerical 08 minLecture38.10
-
Non Parametric Test 04 minLecture38.11
-
[Notes] Sampling TheoryLecture38.12
-
-
Mathematical Programming / Linear Programming [M4] 9
-
Basics of simplex method in LPP 11 minLecture39.1
-
Standard form of LPP Simplex Method 12 minLecture39.2
-
Types of Solutions in Simplex Method in LPP 14 minLecture39.3
-
How to Solve LPP using Simplex method 18 minLecture39.4
-
LPP Using Big M method ( Penalty Method ) 25 minLecture39.5
-
Duality of LPP ( Primal and Dual ) 17 minLecture39.6
-
Relationship between Primal and Dual 17 minLecture39.7
-
Dual Simplex Method in LPP 17 minLecture39.8
-
[Notes] Linear ProgrammingLecture39.9
-
-
Vector Calculus[M4] 6
-
Divergence and curl 10 minLecture40.1
-
Scalar Potential 14 minLecture40.2
-
Vector differentiation basics and gradient 15 minLecture40.3
-
Green theorem 15 minLecture40.4
-
Gauss divergence theorem 07 minLecture40.5
-
Stokes Theorem 17 minLecture40.6
-
-
Notes [M4] 10
-
Complex Integration NotesLecture41.1
-
Matrices NotesLecture41.2
-
Probability NotesLecture41.3
-
Sampling Theory NotesLecture41.4
-
Linear Programming Problems NotesLecture41.5
-
Calculus of Variation (EXTC, Electrical , Electronics Notes)Lecture41.6
-
Linear Algebra Vector Space (EXTC, Electrical , Electronics Notes )Lecture41.7
-
Correlation,Regression and Curve Fitting (EXTC, Electrical , Electronics Notes )Lecture41.8
-
Graph and Group theory (IT)Lecture41.9
-
Lattice theory (IT)Lecture41.10
-
-
Calculus of Variation [M4] 13
-
Euler’s Differential Equation 11 minLecture42.1
-
Functions of Second Order Derivative 09 minLecture42.2
-
Gram Schmidt Process With Numerical 19 minLecture42.3
-
Hypothesis Concerning Several Proportions 07 minLecture42.4
-
Linear Combinations Of Vector 05 minLecture42.5
-
Non Parametric Test Type_2_Numerical 05 minLecture42.6
-
Pythagorean Theorem 04 minLecture42.7
-
Subspaces 10 minLecture42.8
-
Cauchy Schwarz Inequality in R^ 05 minLecture42.9
-
Lagranges Method 09 minLecture42.10
-
Rayleigh Ritz Method 12 minLecture42.11
-
Euler’s Differential Equation 11 minLecture42.12
-
[Notes] Calculus of VariationLecture42.13
-
-
Extra 0
No items in this section -
Hand Made Notes for Computer Engineering [M3] 7
-
Fourier Series Notes CopyLecture44.1
-
Laplace Transform Notes CopyLecture44.2
-
Inverse Laplace Transform Notes CopyLecture44.3
-
Complex Variable Notes CopyLecture44.4
-
Z transform Notes CopyLecture44.5
-
Correlation,Regression and Curve Fitting Notes CopyLecture44.6
-
Probablity CopyLecture44.7
-
-
Hand Made Notes for EXTC/Electronics/Electrical [M3] 5
-
Laplace Transform Notes CopyLecture45.1
-
Inverse Laplace Transform Notes CopyLecture45.2
-
Fourier Series Notes CopyLecture45.3
-
Vector Differentiation and Integration and Bessel’s Function CopyLecture45.4
-
Complex Variable Notes CopyLecture45.5
-
-
Hand Made Notes for Information Technology [M3] 3
-
Laplace Transform Notes CopyLecture46.1
-
Inverse Laplace Transform Notes CopyLecture46.2
-
Complex Variable Notes CopyLecture46.3
-
-
Hand Made Notes for Mech/Civil/Production/Automobile[M3] 7
-
Laplace Transform Notes CopyLecture47.1
-
Inverse Laplace Transform Notes CopyLecture47.2
-
Partial Differentiation CopyLecture47.3
-
Complex Integration CopyLecture47.4
-
Complex Variable Notes CopyLecture47.5
-
Fourier Series Notes CopyLecture47.6
-
Correlation,Regression and Curve Fitting Notes CopyLecture47.7
-
-
Maths 3 Answer Key [M3] 2
-
Cauchy’s residue theorem Copy 20 minLecture48.1
-
Answer Key / Solution Key CopyLecture48.2
-
-
Engineering Maths MCQ's [M3] 13
-
Laplace Transform (All Branches ) CopyLecture49.1
-
Complex Variable and Conformal Mapping (All Branches ) CopyLecture49.2
-
Fourier Series (Comps.Mech/Civil,EXTC/Electrical/Electronic) CopyLecture49.3
-
Correlation and Regressions (Comps , Mech/Civil/Automobile/Production) CopyLecture49.4
-
Curve Fitting (Comps , Mech/Civil/Automobile/Production) CopyLecture49.5
-
Complex Integration (Mech/Civil/Automobile/Production) CopyLecture49.6
-
Laurent Series (Mech/Civil/Automobile/Production) CopyLecture49.7
-
Fourier Transform (EXTC/Electrical/Electronic) CopyLecture49.8
-
Vector Differentiation (EXTC/Electrical/Electronic) CopyLecture49.9
-
Vector Integration (EXTC/Electrical/Electronic) CopyLecture49.10
-
Set Theory ( IT ) CopyLecture49.11
-
Functions ( IT ) CopyLecture49.12
-
Permutation and Combination ( IT ) CopyLecture49.13
-
-
Solution Keys[M4] 5
-
Solution Key module 1Lecture50.1
-
Practice problems solution key matricesLecture50.2
-
Practice problem solution key for ProbabilityLecture50.3
-
Solution key for Sampling TheoryLecture50.4
-
Linear Programming solution keyLecture50.5
-
-
Z transform[M4] 8
-
Introduction to Z transformLecture51.1
-
Z Transforms Change Of ScaleLecture51.2
-
Z Transforms LinearityLecture51.3
-
Z Transforms multiplication by kLecture51.4
-
Z Transforms Of Standard FunctionsLecture51.5
-
Z Transforms Shifting PropertyLecture51.6
-
Inverse Z transform using binomial expansionLecture51.7
-
Inverse Z transform using partial fractionsLecture51.8
-
This content is protected, please login and enroll course to view this content!
Prev
Taylor Series Method