| 1.
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Measure the basic physical quantities of the metric system. (I)
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| 2.
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Identify the basic unit of the metric system for the various physical
quantities. (I)
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| 3.
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Apply the laws of graphical vector addition and resolution. (II)
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| 4.
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Compute the sum of vector quantities by vector resolution and
composition. (II)
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| 5.
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Compute the motion of particles under constant or zero acceleration.
(III, IV)
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| 6.
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Describe and compute the motion of a projectile. (IV)
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| 7.
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Apply Newton's second law to a wide variety of problems. (V)
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| 8.
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Differentiate between the quantities of weight and mass. (V)
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| 9.
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Apply the concept of torque to the solution of problems involving
rigid body equilibrium. (VI)
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| 10.
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Explain the meaning of the three basic forms of energy. (VII)
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| 11.
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Apply the work-energy principle to describe the motion of particles.
(VII)
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| 12.
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Apply the principles of conservation of momentum in the solution of
explosion and collision problems. (VIII)
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| 13.
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Compute the motion of rotating objects under the action of constant
torque. (IX)
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| 14.
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Identify and describe the various elastic moduli. (X)
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| 15.
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Apply Archimedes' Principle in the solution of buoyancy problems. (XI)
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| 16.
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Differentiate between transverse and longitudinal waves. (XII)
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| 17.
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Apply the principles of simple harmonic motion to describe the motion
of a simple pendulum or vibrating mass. (XII)
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| 18.
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Describe the effect of interference to produce standing waves and
resonance with sound waves. (XIII)
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| 19.
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Differentiate between the concepts of heat and temperature. (XIV)
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| 20.
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Measure the heat characteristics of matter using the principles of
calorimetry. (XIV)
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| 21.
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Differentiate between the three phases of matter using a kinetic
model. (XV)
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| 22.
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Identify the First and Second Laws of Thermodynamics. (XVI)
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