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Associate colors with different meanings, distinguish the different meanings of color in Philippine culture and recognize color in art works by Filipino artists.

 

Hemoglobin
Analyze the relationship between hemoglobin's
three-dimensional structure and its function.
DNA Supercoiling Define Twiist, T; Writhe, W; Linking number, L and Identify the conditions that cause positive and negative supercoiling.

 
Define covalent bonding, explain how covalent
bonds are formed and distinguish between polar
and non-polar bonds.
Energy Levels of Atomic
Orbitals		 Predict the relative energy levels of these
atomic orbitals.
Ionic Bonding Explain bond angles and identify hybrid orbitals
not predicted by the use of pure atomic orbitals.
Metallic Bonding Explain the basis of bonding in metals and
correlate metallic bonding to the properties of
metals.
Shapes of Atomic Orbitals Classify orbitals according to shapes, sizes and levels.
Valence Bond Theory Apply valence bond theory to represent a covalent bond.

 
identify quantity demand and distinguish
between a change in quantity demanded and a
change in demand.
Market Interaction:
Market Supply 		Define supply, supply curve, quantity supplied, and distinguish between change in quantity supplied and change in supply.

 
Determine the average normal stress of a force
acting perpendicular to a cross section.
Impending Motion Determine the direction of friction based on the
direction of impending slippage.
Line of Impact Define the line of impact.
Moment of a Force Determine if a force has a moment
about a given axis.
Newton's Second Law Determine the effect of the resultant force and mass on the acceleration of a body.
Sectional Views Identify a sectional view based on two given views of an object.

 
Compute the volume of a solid of revolution
using the disk method or washer method.
Rotation of Axes of A Conic Section Demonstrate the effect of the rotation of axes
on the general second degree equations of two
variables and describe the graphs of the general
second degree equations of two variables.
Triple Integrals in Spherical Coordinates Compute the volume of a solid using triple
integrals in spherical coordinates.
Slope of the Tangent Line
to a Curve at a Point		 Demonstrate the computation of the slope of
the tangent line to a curve at a point.

 
Demonstrate basic folds.
Basic Folds II
Demonstrate basic folds.
Constructing a
Regular Heptagon		 Demonstrate the basic construction of a
regular heptagon.
Constructing a
Regular Pentagon		 Demonstrate the basic construction of a
regular pentagon.
Constructing a
Regular Tetrahedron		 Demonstrate the basic construction of a
regular tetrahedron.
Dividing A Side of A Square
into n Equal Parts 1		 Demonstrate the division of a slide of a square
into equal parts.
Dividing A Side of A Square
into n Equal Parts 2		 Demonstrate another method of dividing of a
side of a square into equal parts.
Dividing a Strip into 3 Equal Parts, 5 Equal Parts Demonstrate the division of a strip into three
and five equal parts.
Extracting a Cube Root Demonstrate extraction of a cube root.
Extracting a Square Root Demonstrate extraction of a square root.
Forming a
30°-60°-90° Triangle		 Demonstrate the formation of a 30-60-90
triangle.
Origami Tessellations Explain origami tessellations.

Solving Cubic Equations		 Solve cubic equations.
Solving Quadratic Equations Solve quadratic equations.
Trisecting an Angle Demonstrate how to trisect an angle.

 
Black Body Radiation Determine whether an object's spectrum
approximates a blackbody spectrum and
estimate the temperature of an object.
Buoyancy Predict whether an object will sink or float.
Color and Spectra Given the color of an object, predict its color appearance.
Dark Matter Identify formulation of the dark matter hypothesis and
compute the central masses of the solar system.
Doppler Effect Describe Doppler Effect in sound.
Drake Equation Calculate the best guess and low estimates
for the number of communicative extraterrestrial
civilizations based on the Drake Equation.
Fermi Questions Classify if a given question is a Fermi Question.
Field Lines Identify the direction of the force acting on a change in an electric field represented by field lines and predict the path of a charge particle moving in a region with uniform electric field.
Free- Body Diagram
(One-Body System)		 Identify the forces acting on a body and to draw
its free-body diagram.
Free – Body Diagram
(Many-Body System)		 Identify the forces acting on bodies in a
many-body system and to construct the
free-body diagram of the system.
Measuring Large Distances Identify the limitations of the method of
parallax and apply the method of parallax
to determine the distance of the stars.
Reference Frames Compare Galilean and Lorentz transformations.
Retrograde Motion Describe retrograde motion and differentiate the
Greek for Copernican models that explain
retrograde motion
Types of Forces Differentiate between contact force and
action-at-a-distance force.
Vector Projection Add vectors analytically and determine the
projection of vectors on planes.

 
 
DILC

UP Diliman Interactive Learning Center
Magsaysay corner Apacible, U.P. Campus, Diliman, Quezon City, Philippines
dilc@up.edu.ph +632-9209556 or +632-9818500 local 2058
UP Diliman