FLITS Vocational Training Institute

1.1 perform operations in matrix algebra
1.2 evaluate the determinants of a matrix & obtain the inverse of a square matrix
1.3 solve simultaneous equations using matrix methods
1.4 obtain the inverse of a square matrix
1.5 apply matrix algebra to solve engineering problems described by sets of simultaneous equations.
2.1 perform operations with vectors
2.2 solve engineering problems using vectors.
3.1 evaluate partial derivatives for a function of several variables
3.2 use series expansions to obtain approximations of a function
3.3 obtain a Fourier series description for functions of a single variable
3.4 obtain Laplace transforms for simple functions & 3.5 obtain the inverse Laplace transforms for simple functions
3.5 obtain the inverse Laplace transforms for simple functions
3.6 obtain integrals of simple functions and application to areas, volumes, centroids and moments of inertia
4.1 evaluate the inaccuracy of calculations that use approximate numbers
4.1 evaluate the inaccuracy of calculations that use approximate numbers & 4.2 use numerical iterative methods to find the roots of a function
4.3 apply numerical methods of integration and interpolation to engineering variables
4.4 apply numerical methods for the solution of ordinary differential equation models of engineering systems
4.5 apply numerical methods to the solution of partial differential equation models of engineering systems.
solve ordinary differential equations.
SUBJECT INTRODUCTION By Lecturer - 513
Questions and Answers

Rs 25000.00

99250.00

* Exam fees will be added separately. (Info: dl@flits.lk)