Learning objects

Title	Subject	Description
Atomic Orbitals, Energy Levels of	Chemistry	Predict the relative energy levels of these atomic orbitals.
Atomic Orbitals, shapes of	Chemistry	Classification of orbitals according to shapes, sizes and levels.
Belt Friction	Engineering Science	Determine the effect of friction on the pulls on a belt over a fixed drum.
Colors	Art	Associate colors with different meanings, distinguish the different meanings of color in Philippine culture and recognize color in art works by Filipino artists.
Covalent Bonding	Chemistry	Define covalent bonding, explain how covalent bonds are formed and distinguish between polar and non-polar bonds.
Demand and Supply Analysis	Economics	Identify quantity demand and distinguish between a change in quantity demanded and a change in demand.
DNA Supercoiling	Bio-chemistry	Define Twist, T; Writhe, W; Linking number, L and identify the conditions that cause positive and negative supercoiling.
Hemoglobin	Bio-chemistry	A learning object that analyzes the relationship between hemoglobin's three-dimensional structure and its function.
Hybridization	Chemistry	Explain bond angles not predicted by the use of pure atomic orbitals; Identify hybrid orbitals used by atoms in a given molecule
Ionic Bonding	Chemistry	Explains the basis of bonding in metals and correlate metallic bonding to the properties of metals.
Market Supply	Economics	Define supply, supply curve, quantity supplied, and distinguish between change in quantity supplied and change in supply.
Material Properties	Engineering Science	Differentiate ductile materials from brittle materials
Metallic Bonding	Chemistry	Explain the basis of bonding in metals and correlate metallic bonding to the properties of metals.
Projectile Motion	Engineering Science	Analyze the motion of a particle undergoing projectile motion.
Valence Bond Theory	Chemistry	Application of valence bond theory to represent a covalent bond