Resources

01) Unit measurements and conversions

02) Density, mass and volume.

03) Velocity and newton’s first law, relativity of speed

04) Mass and Weight, gravitational force (between the earth and the object)

05) Forces, Newton’s third law. Understanding forces acting on an object

06) Gravitational attraction between objects

07) Resistant forces 1 : friction

08) Velocity and speed 2, equal and nonequal movement, average velocity and graph notation.

09) Elastic force

10) Atom’s and molecules. States of matter

11) Temperature, thermal expansion and diffusion

12) Pressure

13) Pascal’s law

14) Shared base vessels

15) Archimedes’ law

16) Energy, unit of energy and mechanical work

17) Power

18) Kinetic and potential energy, law of conservation

19) Elastic potential energy

20) Acceleration

21) Centripetal force and equal movement on a circular trajectory in practice

22) Graphs of accelerating objects, distance traveled, average speed.

23) Thermal transfer, thermal processes

24) Melting and boiling, evaporation

25) Thermal expansion.

26) Burning

Kinematics 2

27) Acceleration

28) calculating the trajectory and behaviour of objects thrown at an angle (without trigonometry for now)

29) circular paths, Centripetal force equal movement on a circle

30) Pulleys

31) double pulleys, movable pulleys advanced problems

32) Leverage, turning moment

33) Sloped surfaces

34) Mechanichal effectiveness

Electricity (basic)

35) Charged particles, how an object becomes charged

36) electrical attraction (Theory)

37) electrical attractive force on charged particles (Problems)

38) Electrical Field, charged particles in a field

39) electrical potential

40) potential difference voltage

41) lectrical current (movement of charged particles) Calculating current from it.