Course Outline

Units and Physical Units and Physical QuantitiesQuantities

Standards and UnitsStandards and Units

Fundamental and Derived Fundamental and Derived QuantitiesQuantities

Scientific notation and Scientific notation and Significant figuresSignificant figures

Unit Consistency and Unit Consistency and ConversionsConversions

Relationship between Relationship between quantities quantities

Dimensional AnalysisDimensional Analysis

MeasurementMeasurement

Forces and EquilibriumForces and Equilibrium

Vectors and ScalarsVectors and Scalars

Vector Addition and Vector Addition and SubtractionSubtraction

Components of VectorsComponents of Vectors

Composition and Composition and Resolution of ForcesResolution of Forces

Frictional ForcesFrictional Forces

Static and Kinetic FrictionStatic and Kinetic Friction

Ways of Increasing and Ways of Increasing and Reducing FrictionReducing Friction

Advantages and Advantages and Disadvantages of FrictionDisadvantages of Friction

Friction in CS/IT AND Friction in CS/IT AND Communication ArtsCommunication Arts

Motion Along a Straight Motion Along a Straight LineLine

Displacement, Time and Displacement, Time and Average VelocityAverage Velocity

Instantaneous VelocityInstantaneous Velocity

Average AccelerationAverage Acceleration

Instantaneous Instantaneous AccelerationAcceleration

Motion with Constant Motion with Constant AccelerationAcceleration

Freely Falling BodiesFreely Falling Bodies

Applications of freely Applications of freely falling bodiesfalling bodies

Newton’s Laws of MotionNewton’s Laws of Motion

Newton’s First LawNewton’s First Law

Newton’s Second LawNewton’s Second Law

Mass and WeightMass and Weight

Newton’s Third LawNewton’s Third Law

Applications of Newton’s Applications of Newton’s LawsLaws

Projectile MotionProjectile Motion

Uniform Circular MotionUniform Circular Motion

Work, Power, and Energy Work, Power, and Energy (Potential and Kinetic)(Potential and Kinetic)

Potential Energy and Energy Potential Energy and Energy ConservationConservation

FormsForms

SourcesSources

Application:Application:

Momentum, Impulse and Momentum, Impulse and CollisionsCollisions

Stress, Strain, and Elastic Stress, Strain, and Elastic ModuliModuli

Bulk Stress and StrainBulk Stress and Strain

Equilibrium and ElasticityEquilibrium and Elasticity

Conditions for EquilibriumConditions for Equilibrium

Applications: Pressure in Applications: Pressure in the Muscles and Bonesthe Muscles and Bones

Shear Stress and StrainShear Stress and Strain

Elasticity and PlasticityElasticity and Plasticity

Properties of MatterProperties of Matter

Density and Specific GravityDensity and Specific Gravity

Fluid MechanicsFluid Mechanics

BuoyancyBuoyancy

Surface TensionSurface Tension

Temperature and HeatTemperature and Heat

Temperature and Thermal Temperature and Thermal EquilibriumEquilibrium

Thermometers and Thermometers and Temperature ScalesTemperature Scales

Thermal ExpansionThermal Expansion

Quantity of HeatQuantity of Heat

Calorimetry and Phase Calorimetry and Phase Changes Changes

Mechanisms of Heat TransferMechanisms of Heat Transfer

ConductionConduction

ConvectionConvection

COURSE REQUIREMENT

MIDTERM

Physicist (Individual) Submit names to the volunteer Deadline will be 1 week before

Midterm Examination

ENDTERM

Physics Application (Group) Exhibit during the Final Examination

RadiationRadiation

Course Policies Attitude

• Those who are not ready to learn, listen nor study may leave the room to show respect to other classmates.

• For concerns other than the lesson, a student may share to the class for more interactive discussions.

Course Policies Electronic Gadgets

• Mobile phones are not allowed to be used while inside the room.

• Keep all mobile phones in silent mode during class hours.

• iPODs and other similar gadgets are not allowed unless used for the lesson.