Dr. Nirav Vyas

engineering mathematics numerical method mathematics basic concepts bcom statistics partial differential equation be taylors series picard's method eulers method modified eulers method runge kutta method of 2nd order runges method rk method runge kutta method of 4th order power method for eigen values presentation of group data data analysis frequency and relative frequency trend analysis measurement of trend time series beta functions gamma functions fourier series divided difference gregory newton forward difference interpolation fo interpolation with finite differences gregory newton backward difference interpolation f forward difference backward difference central difference gauss backward interpolation formula gauss forward interpolation formula special functions lagranges interpolation method polynomial newtons divided difference cubic spline lagranges inverse interpolation method interpolation pde hm arithmetic mean geometric mean harmonic mean reduction formula sin cos sin x cos tan cot numerical methods algorithm c program bisection method c program power method c program lagrange's method c program latex beamer siunix amsthm latex presentation classification of time series movements time series models fitting of other curve curve fitting straight line fit parabola fit various methods of curve fitting matrix determinant types of matrix inverse matrix cofactor minor permutation combinations ap arithmetic progression geometric progressions gp am gm packages