AREA OF THE SHADED PORTION || HEXAGON AND PENTAGON

WRITING STANDARD EQUATION OF AN ELLIPSE WITH FOCI AND MAJOR AXIS || THE ELLIPSE || CONIC SECTIONS

FINDING VALUES FOR X TO MAKE THE FUNCTIONS DISCONTINUOUS

ADDITION AND SUBTRACTION OF VECTORS MADE EASY || GENERAL PHYSICS

KIRCHHOFF’S CURRENT LAW ANALYSIS (KCL) || MADE EASY

THE PARABOLA: SOLVING FOR VERTEX, FOCUS, LATUS RECTUM AND GRAPH OF PARABOLA || CONIC SECTIONS

COMPOSITION OF FUNCTIONS

SOLVING FOR TOTAL RESISTANCE || PARALLEL AND SERIES || STEP-BY-STEP METHOD

SYSTEM OF LINEAR EQUATIONS WITH 3 VARIABLES

AREA BETWEEN TWO CURVES || INTEGRAL CALCULUS || DEFINITE INTEGRAL

WRITING STANDARD EQUATION AND GENERAL EQUATION OF PARABOLA WITH FOCUS AND EQUATION OF DIRECTRIX

SOLVING FOR RADIUS OF CIRCUMSCRIBING CIRCLE || ENGINEERING MATHEMATICS REVIEW

PRINCIPLE OF MATHEMATICAL INDUCTION (PMI) || PRE-CALCULUS

SOLVING FOR XY || MATH COMPETITION PROBLEM

AREA OF THE SHADED PORTION || HEXAGON AND PENTAGON

ONE-WAY ANOVA USING EXCEL FILE

DON'T GIVE UP #inspiration #motivational

PEOPLE DON'T HAVE TO LIKE YOU

A PRAYER FOR OVERCOMING DEPRESSION

PRAYER BEFORE TAKING EXAM

INTEGRAL OF TRIGONOMETRIC FUNCTIONS WITH IDENTITIES (MADE EASY) || BASIC CALCULUS

IMPLICIT DIFFERENTIATION || THE DERIVATIVE OF IMPLICIT FUNCTIONS || BASIC CALCULUS

THE MOST DIFFICULT PROBLEM IN MATHEMATICS || FERMAT'S LAST THEOREM

INTEGRAL OF sin^4(3x) cos^2(3x)

STANDARD SCORES || THE Z-SCORE ||APPLICATION OF NORMAL DISTRIBUTION