MTH165 — Mathematics For Engineers
Study Units
My Weak QuestionsMatrix methods and linear systems
Differential calculus and its applications
Fundamentals of integral calculus
Multivariate differentiation
Multivariable integration and applications
Introduction to Fourier series
Continuous Assessment
3 components
Review of matrices, matrix operations and rank; linear dependence and independence; linear systems and matrix inverses; eigenvalues, eigenvectors, and the Cayley-Hamilton theorem; differentiation of standard, parametric, implicit, and logarithmic functions; higher-order derivatives; Rolle's and mean value theorems; Taylor and Maclaurin theorems; indeterminate forms and L'Hospital's rule; and maxima and minima.
Week 5 / 6
Rubric
To analyze the understanding of the concepts of the students related to linear algebra and basic calculus
Limits and continuity, partial derivatives and total derivative, chain rule, Euler's theorem for homogeneous functions, maxima and minima for a function of two variables, and Lagrange method of multiplier
Week 8 / 9
Rubric
Develop students' understanding of multivariable calculus and problem-solving skills for engineering and real-world applications.
Subjective test covering syllabus from CA1 and CA2
Week 11 / 12
Rubric
To test the subjective knowledge of the students and provide the opportunity to improve their CA performance in case of low marks or any missed CA
Exams & Practice
Mid Term Examination
Mid-semester comprehensive evaluation
20%End Term Examination
Final semester comprehensive evaluation
50%Type: Examination
MTH165 - FAQs
How many units are in MTH165?
MTH165 has 6 units. Each unit includes detailed notes and MCQ practice questions.
What exam resources are available for MTH165?
Unit-wise notes and MCQ practice are available. Exam resources coming soon.
How to prepare for MTH165 exams?
Study each unit's notes thoroughly, practice MCQs to test understanding, and attempt mock tests before exams. Focus on important topics and previous year questions.