Crash course Engineering Maths M1
One stop solution to cover required concepts and all SPPU previous year questions
₹599.00 ₹1199.00 50% OFF
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Schedule of Classes
Course Overview
This course is designed specifically by keeping in mind the syllabus of SPPU (Pune University). Each and every topic is discussed from basics to the higher level questions, also previous year questions are discussed in order to gain confidence and practice them. ENROLL FOR FREE TO WATCH THE VIDEOS.
Course Curriculum
1 Subject
Engineering Mathematics 1
46 Learning Materials
Unit 1 Differential Calculus
Introduction to Engineering Mathematics
Basics of Differentiation
Rolles Theorem
Rolles Theorem Practice questions Part 1
Rolles Theorem Practice questions Part 2
Lagranges Mean Value Theorem
Important questions Lagranges theorem
Cauchys Mean Value Theorem
Maclaurins Theorem
Use of Standard expansions
Expansions previous year difficult questions
Extra previous year questions
Taylors Theorem and previous year questions
Indeterminate Forms
Previous year questions Indeterminate forms
Unit 2 Fourier Series
Fourier Series
Fourier series practice questions
Previous year practice questions
Fourier in Split function and Previous year que
Half Range Fourier Series and Imp que
Harmonic Analysis
Exam Question Prediction ( Paper Analysis )
END SEM strategy and Paper prediction
Unit 3 Partial Differentiation
Partial Diff basics
Partial Differentiation practice questions
Partial Diff SPPU Previous year questions
Variable as Constant ( Concept and Previous year questions )
Composite Function ( Concept and Previous year questions )
Homogeneous Function ( Concept and Previous year questions )
Implicit Function ( Concept and Previous year questions )
Unit 4 Applications of Partial Differentiation
Jacobian
Jacobian of Implicit Functions ( Concept and Previous year questions )
Partial Diff of Implicit Functions and Functional Dependence ( Concept and Previous year questions )
Errors and Approximations ( Concept and Previous year questions )
Maxima Minima ( Concept and Previous year questions )
Lagrange ( Concept and Previous year questions )
Unit 5 Matrices, system of linear equations
Introduction to Matrices
Finding Rank ( Concept and Previous year questions )
Inverse Calculation ( Concept and Previous year questions )
System of Equations ( Non Homogeneous ) ( Concept and Previous year questions )
Homogeneous System of Equations ( Concept and Previous year questions )
Vectors ( Concept and Previous year questions )
Linear and Orthogonal Transformation ( Concept and Previous year questions )
Unit 6 Eigen values and Eigen vectors
Eigen Values and Eigen Vectors
Practice Questions Eigen Values and Eigen Vectos
CALEY-HAMILTON Theorem
Diagonalization of Matrix
Course Instructor
Shubham Suryawanshi
12 Courses • 2655 Students
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