Test Content
1. Physical Quantities and Measurement
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1.1. Fundamental and derived physical quantities
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1.2. Systems of units of measurement: International and Technical
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1.3. Multiples and submultiples
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1.4. Scientific notation
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1.5. Main conversions between units of different systems
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1.6. Scalar and vector quantities
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1.7. Vectors and operations on vectors
2. Kinematics
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2.1. Description of motion
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2.2. Velocity and angular velocity
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2.3. Acceleration and centripetal acceleration
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2.4. Uniform rectilinear motion
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2.5. Uniformly accelerated motion
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2.6. Uniform circular motion
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2.7. Harmonic motion
3. Dynamics
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3.1. Concept of force as interaction between bodies
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3.2. Forces as applied vectors
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3.3. Principle of inertia
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3.4. Mass and Newton’s 2nd law of dynamics
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3.5. Examples of forces
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3.5.1. Weight force
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3.5.2. Elastic force
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3.5.3. Static and dynamic friction
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3.6. Action and reaction: Newton’s 3rd law
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3.7. Impulse and momentum
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3.8. Principle of conservation of momentum
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3.9. Moment of a force and angular momentum
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3.10. Work and kinetic energy
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3.11. Conservative forces and potential energy
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3.12. Principle of conservation of mechanical energy
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3.13. Power
4. Fluid Mechanics
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4.1. Density and compressibility of fluids
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4.2. Gases and liquids
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4.3. Hydrostatics
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4.3.1. Pressure
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4.3.2. Pascal’s principle
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4.3.3. Stevin’s principle
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4.3.4. Archimedes’ principle
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4.4. Fluid dynamics
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4.4.1. One-dimensional motion, flow and discharge
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4.4.2. Continuity equation
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4.4.3. Ideal fluids and Bernoulli’s equation
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4.4.4. Viscous forces in real fluids
5. Thermodynamics
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5.1. Equilibrium and concept of temperature
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5.2. Thermometers
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5.3. Concept of heat and calorimetry
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5.4. Modes of heat transfer
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5.5. Heat capacity and specific heat
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5.6. Changes of state and latent heats
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5.7. Laws of ideal gases
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5.8. First law of thermodynamics
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5.9. Second law of thermodynamics
6. Electricity and Electromagnetism
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6.1. Electric charges
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6.2. Coulomb’s law and forces between charges
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6.3. Electric field and potential
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6.4. Equipotential surfaces
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6.5. Dielectric constant, capacitance, capacitors
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6.6. Electrostatic energy
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6.7. Series and parallel capacitors
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6.8. Generators and electric voltage
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6.9. Electric current
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6.10. Resistivity, resistance, resistors
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6.11. Ohm’s law
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6.12. Series and parallel resistors
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6.13. Kirchhoff’s laws
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6.14. Work, Power, Joule effect
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6.15. Direct and alternating current
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6.16. Period and frequency
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6.17. Magnetic field of an electric current
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6.18. Forces on electric currents in a magnetic field
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6.19. Electromagnetic induction
