TE-07 Engineering Mathematics 2

The Engineering Mathematics 2 course is taught in the 2nd semester of the D3 Computer Engineering study program which discusses Limit Functions and Continuity which introduces the concept of functions, approximation values known as Limits and is completed with Analysis of the continuity of a function, Derivatives presents methods of properties and rules for deriving functions, derivatives of trigonometric functions, high-level derivatives accompanied by their application in the field of computer engineering, Integral introduces basic anti-turnover rules, generalized power rules, area approaches, special integrals, the nature of limitations, substitution methods in definite integrals and arrives at the application of integrals in the field of computer engineering , each topic discussion is equipped with case examples that are solved using the MatLab programming and computing language in accordance with the principles of problem base learning. Practice questions are varied to make it easier for readers, especially students, to better understand the topics discussed.

This textbook is intended specifically for students of the D3 Computer Engineering study program. The Engineering Mathematics 2 textbook is used in the Engineering Mathematics 2 course as a continuation of the Engineering Mathematics 2 course so that to be able to understand the contents of this textbook, readers are required to have sufficient knowledge of Basic Mathematics or has taken the Engineering Mathematics 2 course.