Course Objective:-
The objectives of the course is to provide basic knowledge of digital logic levels and application of knowledge to understand digital electronics circuits
Course Outcomes:-
On completion of of the course students will be able to:
CO1. Convert numbers between the various number systems used in digital
electronics.
CO2. Perform Addition and 1’s and 2’s complement subtraction of binary
numbers
CO3. Apply the rules of Boolean algebra to simplify Boolean expressions.
CO4. Construct truth tables for any Boolean expressions
CO5. Construct digital circuits from truth tables and Boolean expressions,
and write Boolean expressions and truth tables for digital circuits.
CO6. Represent a Boolean expression in SOP and POS forms
- Teacher: ANU VICTOR
Course Objectives
· To discuss factorisation of polynomials and graphical representation of polynomials.
· To introduce Descarte’s rule of signs to determine the number of roots.
· To derive and discuss the relations between coefficients and roots of a polynomial.
. To introduce symmetric function of roots of a polynomial.Course Outcomes
The student completing this course,
CO-1 Is equipped with various techniques to solve equations of degree ≤ 4.
CO-2 Will be able to perform transformation of equations.
CO-3 Should be able to use the GeoGebra software for graphing various polynomials.
CO-4 Becomes conceptually strong to grasp the geometrical ideas during further studies.
CO-5 Will be able to interpret the solutions of equations as necessary.
CO-6 Should be able to try mathematical modelling of some meaningful real world problems.
- Teacher: RAM PRASAD D