Interaction between bodies (6 h)
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12
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Inertia, force
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7.2.2.1 - to explain the phenomenon of inertia and give examples
7.2.2.2 – to give examples of the acting forces from daily life
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1
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30.11.20
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13
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Gravity, gravitational force, weight
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7.2.2.10 – to distinguish difference between mass, gravitational force and weight
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1
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07.12.20
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14
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The elastic force, Hooke's law.
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7.2.2.5 - to calculate the elastic force by the formula of Hooke's law
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1
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14.12.20
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15
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Friction force
Accounting for friction in technology
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7.2.2.6 – to describe static and kinetic friction force during at rest, sliding and rolling;
7.2.2.7 – to give examples of advantages and disadvantages of friction force
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1
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21.12.20
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16
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Laboratory work #4 Investigation of friction force
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7.1.3.3 – to learn and apply safety instructions in the physics classroom
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1
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28.12.20
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17
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Forces acting on an object along one straight line
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7.2.2.8 – to depict force graphically in a given scale;
7.2.2.9 – to define the magnitude and direction of resultant force
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1
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11.01.21
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18
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3rd term summative assessment
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1
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18.01.21
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19
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General revision
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1
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25.01.21
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20
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General revision
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1
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01.02.21
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Pressure (6 h)
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21
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Molecular structure of solids, liquids and gases
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7.3.1.1- to describe the structure of solids, liquids and gases based on the molecular structure of a substance
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1
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08.02.21
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22
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The pressure of solids
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7.3.1.2-to explain the physical meaning of the pressure and describe methods of its change
7.3.1.3 – to apply the pressure`s formula for solving problems
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1
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15.02.21
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23
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Pressure in liquids and gases, Pascal's law
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7.3.1.4 – to explain the gas pressure based on the molecular structure;
7.3.1.5 – to deduce formula of hydrostatic pressure in the liquid and apply it in solving
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1
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22.02.21
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24
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Buoyant force
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"7.3.1.12 – to explain the nature of buoyant forces in liquids and gases;
7.3.1.13 – to apply Archimedes' principle in solving problems"
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1
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01.03.21
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25
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Buoyant force
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"7.3.1.12 – to explain the nature of buoyant forces in liquids and gases;
7.3.1.13 – to apply Archimedes' principle in solving problems"
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1
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08.03.21
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26
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Laboratory work №5 "Study of Archimedes' Law"
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7.3.1.11 – to define a buoyant force and to investigate its dependence on the volume of the body immersed in liquid;
7.1.3.3 – to learn and apply safety instructions in the physics classroom
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1
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15.03.21
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Work and power (1 h)
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27
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Mechanical work. Power
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7.2.3.1 – to explain the physical meaning of mechanical work; 7.2.3.7 – to explain the physical meaning of power;
7.2.3.8 – to apply the formula of mechanical work and power at problem solving
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1
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05.04.21
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Energy (2 h)
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28
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Kinetic energy;
Potential energy
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"7.2.3.2 - to distinguish between two types of mechanical energy;
7.2.3.3 – to use formula of the kinetic energy for solving problems;
7.2.3.4 - to apply a formula of a potential energy of the body raised above the ground and the body which is deformed elastically at problem solving"
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1
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12.04.21
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|
29
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Conservation and conversion of energy
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"7.2.3.5 - to give examples of conversion of energy from one type into another;
7.2.3.6 - to apply a conservation law of a mechanical energy at problem solving"
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1
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12.04.21
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Torque (2 h)
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30
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Simple mechanisms
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"7.2.4.1-to give examples of use of simple machines and to formulate ""The golden rule of mechanics"";
7.2.4.2 - to explain physical sense of the concept ""moment of force"""
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1
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19.04.21
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31
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Conditions for equilibrium
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7.2.4.4 – to formulate and apply law of the lever for a body in equilibrium at problem solving
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1
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26.04.21
|
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32
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4th term summative assessment
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1
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03.05.21
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Space and Earth (2 h)
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33
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Solar system
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7.7.1.2 - to systematize objects of Solar system
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1
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10.05.21
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34
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Basics of the calendar (day, month, year)
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7.7.1.3 - to explain a change of seasons and duration of day and night at different latitudes
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1
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17.05.21
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