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Physics

Map of the physics course in grades 7-11: 35 chapters and 112 interactive topics linked to the tasks of the EEG and the EGE 2026 on FIP specifications.

Content and key concepts

Open the chapter to see topics and task numbers. The number indicates that the topic falls within this entry on the FPI specification; the specific content of a part of the entries changes from option to option.
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0
Introduction: Physics and Measurements
7
1
2
14
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20
0.1
What Studies Physics
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0.2
Physical values and measurements
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0.3
Physics and technology
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0.4
Laboratory work
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20
1
Building the substance
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21
1.1
Moleculars and substance formation
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1.2
The Brown Movement and Diffuse
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1.3
Aggregated states of the substance
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2
Body interaction
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2.1
Mechanical movement
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2.2
Mass and density
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2.3
Force and interaction of bodies
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2.4
The strength of friction
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2.5
Laboratory work
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3
Pressure of solids, liquids and gases
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3.1
Pressure of solids and gases
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3.2
Pressure in fluids
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3.3
Atmospheric pressure
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3.4
Archimedic strength and swimming of bodies
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3.5
Laboratory work
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4
Work and power.
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21
4.1
Work and capacity
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4.2
Simple mechanisms
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4.3
The Golden Rule of Mechanics and the RAC
7
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4.4
Mechanical energy
7
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4.5
Laboratory work
7
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5
Heat phenomena
8
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5.1
Temperature and internal energy
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5.2
Heat transfer
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5.3
Heat and balance of heat
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6
Change in aggregate states
8
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6.1
Swimming and crystallization
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6.2
Evaporation, boiling and humidity
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6.3
Heat engines
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7
Electrical phenomena
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7.1
Electrical charge
8
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7.2
Electrical field
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7.3
Guides and dielectrics
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8
Permanent electric current
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8.1
Current and voltage
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8.2
Resistance and Oma Law
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8.3
Wiring connections
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9
Electromagnetic phenomena
8
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9.1
Magnetic current field
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9.2
Electromagnetics
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9.3
Electric motor and generator
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10
Light phenomena
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10.1
Light and reflection
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10.2
Light refractation
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10.3
Lines and optical instruments
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11
Kinematics
9
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11.1
Movement and reporting system
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11.2
Equitable movement
9
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11.3
Free fall
9
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12
Dynamic laws
9
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12.1
Newton's Laws
9
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12.2
Global gravity
9
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12.3
Rounding
9
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13
Conservation laws
9
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13.1
Pulse and retention
9
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13.2
Mechanical energy
9
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13.3
Collisions
9
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14
The fluctuations, the waves and the sound
9
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14.1
Mechanical fluctuations
9
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14.2
Mechanical waves
9
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14.3
Sound
9
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15
Electromagnetic field
9
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15.1
Electromagnetic induction
9
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15.2
Switch electromagnetic field
9
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15.3
Electromagnetic waves
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16
Atom and kernel structure
9
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17
16.1
Atom models
9
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16.2
Radioactive activity
9
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16.3
Nuclear reactions
9
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17
Building the Universe
9
—
—
17.1
Solar system
9
—
—
17.2
Stars
9
—
—
17.3
Galaxy and the Universe
9
—
—
18
The Kinematics of the Material Point
10
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26
18.1
Vector kinematics
10
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26
18.2
Movement of body at an angle
10
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7
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26
18.3
Traffic relationship
10
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26
19
Dynamics and Statistics
10
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26
19.1
Force and traffic equations
10
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26
19.2
Balance of the solid body
10
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26
19.3
Rounding and rotation
10
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26
20
The laws of preservation in mechanics
10
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7
12
14
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16
18
19

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