Electromagnetism
26
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Magnetic field.
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Magnetic field lines. Electric current and magnetic field. Electromagnet. Magnetic field in nature.
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Explain properties of magnetic field;
Determine direction of magnetic field of straight wire and solenoid;
Describe magnetic phenomena in nature.
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1
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27
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Electric motors. Electricity production.
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Electric motors. Electromagnetic induction. Electricity production.
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Describe the effect of the magnetic field on current carrying wire;
Explain the structure and working principles of an electromotor and electric devices;
Describe electromagnetic induction;
Give examples of electricity production in the world and in Kazakhstan.
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1
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Optics
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28
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Lunar and solar eclipse.
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Lunar and solar eclipse.
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Graphically represent solar and lunar eclipses.
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1
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29
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Reflection.
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Reflection. The rules for reflection of light. Image formation in a plane mirror.
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Experimentally determine relationship between the angle of incidence and the angle of reflection;
Explain and give examples of regular and diffuse reflection;
Plot image in plane mirror and list its properties.
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1
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30
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Refraction.
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Refraction. The law of refraction.
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Apply the law of refraction for problem solving;
Draw a ray diagram in rectangular prism.
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1
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31
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Converging lens.
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Converging lens. Image formation by a converging lens. Magnification of image.
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Apply the formula of a thin lens for problem solving;
Apply the formula of a magnification of lense for problem solving;
Draw a ray diagram of the image in a thin lense and list properties of the image.
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1
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32
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Diverging lens.
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Diverging lens. Image formation by a diverging lens. Magnification of image.
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Apply the formula of a thin lense for problem solving;
Draw a ray diagram of the image in a thin lense and list properties of the image.
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1
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33
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Human eye and optical devices.
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Human eye. Normal vision and eye defects.
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Describe the correction of myopia and hyperopia.
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1
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34
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What you need to remember?
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Describe and explain physical phenomena;
Apply theoretical knowledge in solving life problems in various fields of activity;
Establish relationships between physical quantities.
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1
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