BSc 2nd Year Maths (Differential Equation) - Full Course with Free Notes
in 2nd Year
Created by
Hamromaster
What you will learn?
High-Quality Chapter Lectures
Each Chapter PDF Notes
Live Revision Classes (Included)
Complete TU Questions Solution
About this course
Overview
BSc 2nd Year Maths (Differential Equation) is the Mandatory subject for BSc 2nd Year Physical group students as Mathematics subject with full marks of 75 and Pass marks of 27 for theory. As per TU's latest Syllabus it has 10 Chapters and there will be long questions of 8 marks along with short questions of 7 marks on the exam paper. In this Course, You will get Complete Lectures of BSc 2nd Year Maths (Differential Equation) Live Sessions, Chapterwise PDF notes, and other study materials.
BSc 2nd Year Maths (Differential Equation) Syllabus
There are a total of 10 Chapters, and 5 Long Questions of 8 Marks + 5 Short Questions of 7 Marks will be asked on the final exam with a total mark of 75. There will be 3 OR Questions (2 Long Questions (Q.no.2 and 3), and one Short Question (Q.no.7).
Differential Equation BSc 2nd Year Syllabus:
- Introduction to Differential Equation - 8 Marks
- First Order Linear & Non-Linear Differential Equation - 8 Marks
- Second Order Linear Equation - 8 Marks
- Higher Order Linear Equation - 8 Marks
- System of First-Order Linear Equations - 7 Marks
- Differential Equation of the First Order but not First Degree - 7 Marks
- Partial Differential Equation of the First Order - 7 Marks
- Partial Differential Equation of Second Order - 7 Marks
- Partial Differential Equation & Fourier Series - 7 Marks
- Separation of Variables - 8 Marks
Differential Equation Question Pattern:
Group A - 8 Marks x 5 = 40 Marks (From Ch 1, 2, 3, 4 & 10)
Group B - 7 Marks x 5 = 35 Marks (From Ch 5, 6,7,8,9)
Key Learning Objectives
- Expand your understanding of Derivatives
- Learn about the order, Degree, and Linearity of Differential Equations
- Solving Differential Equations by Various Methods
- Clear the Concepts and do well on the Exam
BSc 2nd Year Maths (Differential Equation) Course Includes
After enrolling in this course you will get everything you need on Differential Equation BSc 2nd Year to get 60+ marks on Final Exam. The major benefits of Joining Hamroamster Classes are:
- High-Quality Chapter Lectures
- In-depth Knowledge of Each Chapter
- Exam Focused Classes
- Each Chapter PDF Notes
- Live Revision Classes (Included)
- Complete TU Questions Solution
- Model Questions & Model Exams
- Chapterwise Assignments Included
- Dedicated Group for Discussion
You can Watch Demo Videos from the Course Curriculum and for Further Details Whatsapp at 9840842566 or mail at sales@hamromaster.com.
Requirements
You have to be a Student of BSc 2nd Year.
Related Courses
FAQ
Is the Course will be Enough for Exam ?
Yes! The course has enough Course Materials which is more than enough to get good marks (60+) on the exam.
How to Watch Demo Videos ?
You can Watch Demo Videos from Contents Setion or From Our Hamroamster Youtube Channel.
How to Purchase Course?
Click on the Buy Not button and after payment courses will be available in the My Course Section. If you got any issues 9840842566 (Whatsapp/Viber/call).
Do I get Access till Exam ?
Yes! You will get access to your course till Your Board Exam.
Do I get Notes as Well ?
Yes! You will get each chapter's PDF Notes as well
Comments (1)
New Batch Classes (082 New)
77 Parts
Day-1 Introduction & Syllabus
372.08 MB
Day-2 Introduction- Order and degree as well linear and nonlinear D.E
403.87 MB
Day-3 Introduction- solution of Differential equation with example
393.13 MB
Day-4 Introduction- Example of solution of Differential equation
384 MB
Day-5 -Introduction- Initial value problem
406.06 MB
Day-6 Introduction- Direction field
389.73 MB
Day-7 Introduction- Direction field numerical
395.57 MB
Day-8 First order linear and Nonlinear Differential equation - Introduction
412.23 MB
Day 9 Class
413.92 MB
Day-10 First order linear and nonlinear D.E ,Mixture problem
557.6 MB
Day -11 First order linear and nonlinear D.E, Mixture problem
505.28 MB
Day 12
379.13 MB
Day 13
385.2 MB
Day -14 Same chapter general concept of autonomous D.E
408.7 MB
Day-15 same chapter Example of autonomous D.E equation
471.11 MB
Day -16 All same as Day -15 just question different
391.68 MB
Day -17 same chapter-Eulers Method of Initial value problem
454.16 MB
Day -18 same chapter- Eulers methods
381.84 MB
Day-19 same chapter first order difference equation
118.76 MB
Day 20
390.73 MB
Day 21
420.29 MB
Day-22
446.46 MB
Day-23 Same chapter -priciple of superposition and Wronskian
456.88 MB
Day 24
413.71 MB
Day -25 same chapter
444.2 MB
Day -26 same chapter Eulers equation
460.07 MB
Day-27 same chapter non-homogeneous D.E
409.75 MB
Day -28 same chapter topic also same
425.93 MB
Day -29 same chapter variation of parameter
397.77 MB
Day-30 Mechanical and Electrical vibration
371.96 MB
Day-31 same chapter same topic
462.18 MB
Day-32 Higher order linear differential equation-Introduction
560.43 MB
Day-33 Higher order linear equation- Example of Homogeneous Differential equation
464.88 MB
Day -34 Same chapter-Numerical problem
482.83 MB
Day -35 same chapter- variation of parameter
464.35 MB
Day -36 system of linear equation
381.56 MB
Day-37 same chapter -Numerical problem
405.13 MB
Day -38 same chapter - Numerical problem
412.71 MB
Day -39 Differential equation of first order but not of first degree
506.94 MB
Day-40 same chapter-Solvable for y
452.04 MB
Day-41 same chapter -solvable for x and y Homogeneous in X and y
507.7 MB
Day -42 same chapter clairauts equation
430.68 MB
Day-43 same chapter
410.84 MB
Day 44 same chapter
442.51 MB
Day-45 partial differentiation and fourier series
439.51 MB
Day-46 same chapter and Eigen value and Eigen function
461.4 MB
Day-47 same chapter introduction of fourier series
412.58 MB
Day-48 Same chapter- fourier series
385.32 MB
Day-49 same chapter -numerical problem
449.28 MB
Day -50 same chapter numerical problems
441.49 MB
Day- 51 same chapter numerical problemand Introduction of separation of variables
382.43 MB
Day-52 separation of variables- one dimensional heat equation
475.27 MB
Day-53 same chapter
468.67 MB
Day-54 same chapter
531.19 MB
Day -55 same chapter-non-homogeneous Boundary condition
436.46 MB
Day-56 same chapter Introduction of wave equation
446.57 MB
Day-57 same chapter
423.47 MB
Day-58 same chapter
393.54 MB
Day -59 same chapter
486.73 MB
Day-60 same chapter
398.81 MB
Day-61 same chapter Introduction Partial differential equation of first order
417.19 MB
Day-62 PDE of first order
441.84 MB
Day-63 same chapter
428.8 MB
Day-64 same chapter linear PDES
430.06 MB
Day-65 same chapter
468.75 MB
Day-66 same chapter-Intergal surface
279.23 MB
Day-67 same chapter integral surface
378.07 MB
Day-68 same chapter non-linear PDE
369.1 MB
Day-69 same chaptr
413.99 MB
Day-70 same chapter charpit equation
389.05 MB
Day 71
420.3 MB
Day-72 partial Differential Equation of the second order
480.76 MB
Day-73 same chapter- Homogeneous linear partial differentiation equation with constant coefficient
417.18 MB
Day-74 same chapter
419.72 MB
Day-75 same chapter
358.34 MB
Day-76 same chapter
442.55 MB
Day-77 monges methods
509.57 MB
PDF Notes
1 Parts
Diff Eqn Complete Notes
23.97 MB
081 - Batch
37 Parts
Day-1Introduction of differential equation and course content as well as question pattern
414.67 MB
Day 2 Introduction-Example of linear,order and degree and solution of differential equation
463.89 MB
Day-3 Introduction-problem of IVP and solution of D.E
398.58 MB
Day-4 Introduction- problem of Solution of D.E and direction field
453.74 MB
Day-5 Introduction-Example of direction field
408.79 MB
Day-6 1st order linear and non linear differential equations- Mixture problem
401.21 MB
Day -7 first order linear and nonlinear D.E .Modelling problem
353.39 MB
Day-8 First order linear and nonlinear D.E -Mixture problem and uniqueness solution
377.14 MB
Day-9 first order linear and nonlinear D.E-Autonomous D.E
496.84 MB
Day-10 first order linear and nonlinear D.E-Example of autonomous D.E
394.22 MB
Day-11 Introduction of second order equation-Example of difference equation of first order
390.94 MB
Day-12 second order linear equation -Homogeneous D.E with constant coefficient
379.06 MB
Day-13 second order D.E - principal of superposition
462.92 MB
Day-14 Same chapter- Wronskian and existence of fundamental theorem
426.31 MB
Day-15 same chapter- Abels formula ,eulers equation and reduction of order
429.12 MB
Day-16 same chapter- non-homogeneous D.E of 2nd order
448.76 MB
Day-17 Same chapter- Particular integral and complementary solution and general solution of given D.E
415.97 MB
Day-18 Same chapter- Variations of parameters
392.02 MB
Day -19 same chapter-Spring vibration numerical problem
385.97 MB
Day -20 Same chapter-Numerical of spring vibration
388.28 MB
Day -21 Higher order linear differential equations-Introduction
399.65 MB
Day-22 same chapter - Numerical of homogeneous linear differential equation
391.17 MB
Day-23 Same chapter-Method of undermined coefficients
414.3 MB
Day-24 Same chapter- variation of parameter
471.8 MB
Day-25 system of first order linear equation - example of transformation
403.58 MB
Day-26 system of first order linear equation - example of transformation
415.01 MB
Day 27
377.96 MB
Day-28Equation of first order but not of first degree-solvable for p
418.72 MB
Day-29 Differential equations of first order but not of first degree-solvable of y
407.02 MB
Day-30 Equation of first order but not first degree -numerical problem
408.59 MB
Day-31 Differential equations of first order but not of first degree-clairauts equations
407.99 MB
Day-32 Differential equations of first order but not of first degree- Reduction to clairaut's equation
442.02 MB
Day-33 partial differential equations and fourier series- Introduction
467.44 MB
Day-34 partial differential equations and fourier series - Eigen values and eigen function
392.1 MB
Day 35
499.96 MB
Day 36
454.19 MB
Day 37
364.45 MB
New Class Recordings
26 Parts
Day 1 -Introduction - Syllabus +Different definition of differential equations
365.72 MB
Day 2 - Introduction - Direction fields
411.85 MB
Day 3 - First order linear and nonlinear differential equations - Mixture problems Part I
407.54 MB
Day 4 - First order Linear and non linear D.E. -Mixture problem (Part 2)
424.54 MB
Day 5 - First order linear and nonlinear DE- Finding longest interval and graph to find stable, unstable and phase line
422.48 MB
Day 6 - First order linear and nonlinear DE - Euler's method and Difference equations
427.39 MB
Day 7 - Second order Linear Differential Equations - Wronskian+ Fundamental set of solutions
420.42 MB
Day 8 -Second order linear Differential equations - Reduction of order+ Method of Undetermined coefficients(part 1)
437.75 MB
Day 9 - Second order and higher order differential Equations - Method of undetermined coefficients )(part 2)
465.06 MB
Day 10 - Second order and higher order DE-Variation of parameter
391.69 MB
Day - 11 - Second order DE-spring mass system
283.25 MB
Day 12- Second order linear D.E- spring mass system
413.82 MB
Day 13 - System of first order linear equations- Examples on Transformation to higher order
430.15 MB
Day -14 - First order linear differential equations - Example of basics theory system first linear equations
386.22 MB
Day-15- Equations of first order but not first degree- equation solvable for p
425.36 MB
Day 16- D.E of the first order but not first degree- solvable for y
400.54 MB
Day -17- D.E of first order but not of first degree- Solvable for x
428.44 MB
Day-18- D.E of first order but not of first degree- Clairaut's equation
418.51 MB
Day-19- Partial differentiation and fourier series-Boundary value problem +Eigen value and Eigen function
402.2 MB
Day-20- Partial Differential equations and fourier series- Example of fourier series
479.69 MB
Day-21- seperable of variables- Examples of heat conduction
429.41 MB
Day -19- Determinant- Elementary matrices+ Cramers rule
318.19 MB
Day-20- Eigensystem- Examples to find eigenvalue and eigenvector
359.23 MB
Day-21- seperable of variables- Examples of heat conduction
429.41 MB
Day-22- Separation of variables- Steady state solution
407.59 MB
Day-23- seperable of variables- Wave equation and laplace equation
520.12 MB
Introduction and Syllabus Details
1 Parts
Syllabus and Question Pattern of Differential Equation
In this Class, we will Learn about the Introduction to BSc Math, Syllabus, and Question Pattern of BSc 2nd Year Differential Equation.
-
Ch 1 - Introduction to Differential Equation (8 Marks)
6 Parts
IMP Concepts Before Starting Differential Equation
-
Order, Degree and Linearity of Differential Equation
-
Solution of Diff Eqn, Initial Value problem and Direction Field
-
TU Solutions + Assignments
-
Revision of Terms and Derivatives Notes PDF
1.15 MB
Diff Ch 1 - Introduction to Diff Eqn Complete Notes
4.12 MB
1st Order But Not First Degree Equations (Ch 6)
3 Parts
Class 1
145.41 MB
Class 2
167.48 MB
Class 3
153.84 MB
Chapter 2
1 Parts
Class 1
263.03 MB
Linear Diff Equation (Chapter 1)
1 Parts
Class 1
164.96 MB
Fourier Series (Chapter 9)
8 Parts
Class 1
129.4 MB
Class 2
111.68 MB
Class 3
140.96 MB
Class 4
58.28 MB
Class 5
68.94 MB
Class 6
155.49 MB
Class 7
130.56 MB
Class 8
104.18 MB
Partial Differential Equation (CH 7)
8 Parts
Class 1
88.24 MB
Class 2
104.82 MB
Class 3
130.3 MB
Class 4
128.65 MB
Class 5
149.9 MB
Class 6
-
Class 7
163.87 MB
Class 8
174.71 MB
System of 1st Order Linear Equation (Ch 5)
4 Parts
Class 1
88.24 MB
Class 2
93.21 MB
Class 3
129.61 MB
Class 4
142.65 MB
High Degree Equations (Chapter 4)
2 Parts
Class 1
145.45 MB
Class 2
96.83 MB
Separation of Variables (Chapter 10)
8 Parts
Class 1
155.08 MB
Class 2
196.03 MB
Class 3
127.46 MB
Class 4
163.73 MB
Class 5
146.58 MB
Class 6
140.3 MB
Class 7
119.64 MB
Class 8
144.99 MB
2nd Order Linear Equation (CH 3)
9 Parts
Class 1
138.22 MB
Class 2
102.67 MB
Class 3
135.11 MB
Class 4
143.38 MB
Class 5
126.54 MB
Class 6
139.19 MB
Class 7
128.45 MB
Class 8
128.42 MB
Class 9
122.17 MB
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0 Reviews
very nice teaching sir