Calendar thematic planning in physics 7th grade.
Calendar- thematic planning Grade 7 GEF. Textbook A.V. Peryshkin
Kharseeva Ekaterina Mikhailovna, 14.03.2017
6038 1248
Development content
Calendar-thematic planning in physics grade 7-A
2 hours per week / 68 hours per year
According to calendar-thematic planning 2 hours per week / 67 hours per year
Lesson topic | Notes |
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Actually |
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Physics and physical methods of studying nature 6 hours |
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TV instruction. What does physics study? | ||||
Some physical terms. Observations and experiments. | ||||
Physical quantities. Measurement of physical quantities. | ||||
Accuracy and error of measurements. | ||||
Physics and technology | ||||
Laboratory work No. 1 "Determining the division value of a measuring device" | ||||
Initial information about the structure of matter 6 hours |
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The structure of matter. molecules | § 7.8, No. 53.54 L |
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Laboratory work No. 2 "Measuring the size of small bodies" | ||||
Brownian motion. Diffusion in gases, liquids and solids. | §9, assignment 2(1), #60L |
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Mutual attraction and repulsion of molecules. | §10, exercise 2(1), no. 74.80 L |
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Aggregate states of matter. difference in molecular structure solids, liquids and gases. | §11,12, no. 65,67, 77-79L. |
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General lesson on the topic "Initial information about the structure of matter" | ||||
Interaction of bodies 23 h |
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mechanical movement. | §13,14 task 4, |
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Uniform and uneven movement. Speed. Speed units. | §15, ex. 4(1.4) |
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Calculation of the path and time of movement | §16, exercise 5(2,4) |
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Movement charts | ||||
Phone interaction. | ||||
Body mass. Mass units. | § 19, preparation for laboratory work No. 3 |
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Laboratory work No. 3 "Measurement of mass on a balance scale" | §20, exercise 6(1,3) |
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The density of matter. | §21,№265L, prepare for laboratory work 4.5. |
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Laboratory work No. 4 "Measurement of body volume" | § 21, ex. 7(1) |
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Laboratory work No. 5 "Determination of the density of a solid" | § 21, ex. 7(2) |
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Calculation of the mass and volume of a body by its density. | ||||
Gravity. | §27. exercise 9(1,3) |
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Elastic force. Hooke's law. | §25,26,#328, |
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Body weight. | ||||
Units of power. Relationship between gravity and mass. | ||||
Dynamometer. Laboratory work No. 6 "Spring graduation" | §28, ex.10(1,3) |
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The addition of two forces in the same straight line. Balanced force. | §29, ex.11(2,3) |
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Friction force. Friction of rest. Friction in nature and technology | ||||
Laboratory work No. 7 "Clarification of the dependence of the friction force on the area of contact of the bodies and the pressing force" | ||||
General lesson on the topic "Interaction of bodies" | ||||
Test on the topic "Interaction of bodies" | The most important thing in the chapter |
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Pressure of solids, liquids and gases 17 h |
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Pressure. Units of pressure. | § 33, exercise 12(2,3) |
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Ways to increase and decrease pressure. | ||||
Gas pressure. | ||||
Transmission of pressure by liquids and gases. Pascal's law. | §36, exercise 14(4) |
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Pressure in liquid and gas. Calculation of liquid pressure on the bottom and walls of the vessel. | §38, no. 474.476, ex. 15(1) |
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Communicating vessels. | §39, a story about the device and the principle of operation of the gateway |
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Air weight. Atmosphere pressure. | §40,41, ex. 17.18, task 10. |
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Measurement of atmospheric pressure. Barometers. | §42, ex.19(3,4), task 11 |
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Pressure measurement. Pressure gauges. | §43,44, ex. 20.21(1.2) |
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Piston liquid pump. Hydraulic machine. | ||||
Archimedean strength. Laboratory work No. 8 "Determination of the buoyant force acting on a body immersed in a liquid" | ||||
Swimming tel. Laboratory work No. 9 "Clarifying the conditions for floating bodies in a liquid" | §50, ex. 25(3.5) |
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Repeat §50, #606L |
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Solving problems on the topic "Pressure of solids, liquids and gases" | Repeat §50, #612 L |
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Solving problems on the topic "Pressure of solids, liquids and gases" | Repeat §50, 614L |
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Test No. 2 on the topic "Pressure of solids, liquids and gases" | The most important thing in the chapter |
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Analysis of control work | ||||
work and power. Energy 13h |
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Mechanical work. | §53, ex. 28(3.4) |
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Power. | §54, ex. 29(3-6) |
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task 18, |
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Moment of power. Levers. Laboratory work No. 10 "Conditions for the equilibrium of the lever" | § 57, ex. 30(2) |
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§ 58, ex. 38, exercise 30 (1,3,4) |
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"Golden Rule" mechanics | § 59.60, ex. 31(5) |
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Efficiency. | ||||
Laboratory work No. 11 "Determining the efficiency when lifting a body along an inclined plane" | ||||
Energy. Kinetic and potential energy. | §62.63, ex. 32(1.4) |
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Energy transformations. | ||||
Solving problems on the topic "Work and power. Energy" | ||||
Examination No. 3 on the topic "Work and power. Energy" | The most important thing in the chapter |
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General review 2 hours |
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Physics and the world we live in. | ||||
Examination No. 4 for the course of the 7th grade. Summarizing. |
Calendar-thematic planning of the subject of physics, taking into account 1 hour per week.
Plan fact
Lesson number Lesson topic
I . SECTION 1: PHYSICS AND PHYSICAL METHODS OF STUDYING NATURE / 6 hours /
1. Safety precautions in the physics classroom. What does physics study.
Know: what physics studies, the problem of physics, physical phenomena.
Be able to: distinguish physical phenomena
2.Some physical terms.
Know: the meaning of the term "substance".
Be able to:
Acquisition of new knowledge and skills
3. Observations and experiments
Know: the meaning of the term "substance".
Be able to: use physical instruments and measuring instruments to measure physical quantities.
Acquisition of new knowledge and skills
4.Physical quantities. Measurement of physical quantities.
Know: the meaning of the term "substance".
Be able to: use physical instruments and measuring instruments to measure physical quantities.
Acquisition of new knowledge and skills
5.Measurement accuracy and error
Know: the meaning of the term "substance".
Be able to: use physical instruments and measuring instruments to measure physical quantities.
Acquisition of new knowledge and skills
6.Lab #1 "Determining the divisions of the scale of the measuring instrument"
Express results in SI
Working with the text of the textbook
SECTION 2: INITIAL INFORMATION ABOUT THE STRUCTURE OF SUBSTANCE (5 HOURS)
7.The structure of matter.
Know
8. Molecules
Know the meaning of the concepts: substance, interaction, atom (molecule).
9.Lab #2 "Measuring the size of small bodies"
Know ways to measure the size of small bodies
Acquisition of new knowledge and skills
10.Diffusion in gases, liquids and solids.
Diffusion. Thermal motion of atoms and molecules. brownian motion
Ability to prioritize
11.Three states of matter
Models of the structure of gases, liquids and solids
Acquisition of new knowledge and skills
SECTION 3: INTERACTION OF BODIES (17 HOURS)
12.mechanical movement.
mechanical movement
13. Uniform and uneven movement
mechanical movement. Trajectory. Path. Rectilinear uniform motion
Ability to prioritize
Acquisition of new knowledge and skills
15.Calculation of speed, distance and time of movement
Speed of rectilinear uniform motion. Methods for measuring distance, time, speed
Acquisition of new knowledge and skills
16.Calculation of speed, distance and time of movement
Speed of rectilinear uniform motion. Methods for measuring distance, time, speed
Acquisition of new knowledge and skills
17. Inertia
Uneven movement
18.Body mass. Mass units. Measurement of body weight on the scales.
Know:
Determination of mass;
Mass units.
Be able to reproduce or write the formula
Ability to prioritize
19.Lab #3 "Measurement of the mass of matter on a balance scale"
Know how to measure body weight correctly
The ability to highlight the main thing, the acquisition of new knowledge and skills
20.The density of matter.
Know Be able to
Acquisition of new knowledge and skills
Know determination of the density of a substance, formula. Be able to work with physical quantities included in this formula
Acquisition of new knowledge and skills
22.Calculation of the mass and volume of a substance by its density
Know determination of the density of a substance, formula. Be able to work with physical quantities included in this formula
Acquisition of new knowledge and skills
23.Test No. 1 “Mechanical movement. Body mass. Matter Density"
Be able to reproduce and find physical quantities: mass, density, volume of matter
Acquisition of new knowledge and skills
24. Strength.
Know
25.Elastic force. Hooke's law. Body weight
Know definition of force, its units of measurement and designations
Acquisition of new knowledge and skills
26.Units of power. Relationship between strength and body mass
Know determination of the elastic force. Be able to schematically depict the point of its application to the body. Working out the formula for the relationship between strength and body weight
Acquisition of new knowledge and skills
27.Lab No. 4 "Dynamometer. Graduation of the spring and measurement of forces with a dynamometer "
Force measurement method. Be able to work with physical devices. Instrument scale graduation
Acquisition of new knowledge and skills
28.Friction force. Friction of rest. The role of friction in technology
Know determination of friction force. Be able to give examples
Acquisition of new knowledge and skills
SECTION 4: PRESSURE OF SOLIDS, LIQUIDS AND GASES (6 HOURS)
29.Pressure. Ways to reduce and increase pressure
Know determination of physical quantities: pressure, density of matter, volume, mass
Checking knowledge when solving problems
30.Gas pressure. Repetition of the concepts of "density", "pressure"
Know
Acquisition of new knowledge and skills
31. Pascal's Law
Know the formulation of the law, the definition of pressure
Acquisition of new knowledge and skills
32.Communicating vessels.
Know determination of physical quantities: pressure, density of matter, volume, mass
Acquisition of new knowledge and skills
33.The action of liquid and gas on a body immersed in them
Law of Archimedes
Acquisition of new knowledge and skills.
34.Test No. 2 "Pressure of solids, liquids and gases"
Pressure. Pascal's law. Atmospheric pressure. Methods for measuring atmospheric pressure. Law of Archimedes
Acquisition of new knowledge and skills
Calendar-thematic planning for work program in physics 7-9 cells. The program implements the Federal State Educational Standard general education. 7th and 8th grade 2 hrs. per week, grade 9 - 3 hours per week.
Fertyakova Olga Yakovlevna, 29.10.2017
1930 329
Development content
Calendar-thematic planning of the physics course
Grade 7 (2 hours per week)
School week number | ||
Physics and physical methods of studying nature (4 hours) |
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September | Physics is the science of nature |
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Physical quantities and their measurements |
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Laboratory work No. 1 "Determining the price of division of the scale of the measuring device" |
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Physics and technology |
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thermal phenomena(6 hours) |
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The structure of matter. Atoms and molecules |
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Laboratory work No. 2 "Measuring the size of small bodies" |
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Diffusion in gases, liquids and solids |
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Interaction of molecules |
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Aggregate states of matter. Difference in structure |
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Independent work"The structure of matter" |
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Mechanical phenomena (58 hours). |
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mechanical movement. Relativity of mechanical motion |
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Physical quantities needed to describe motion |
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Solving problems for calculating the path, speed and time of movement |
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Independent work on the topic "Mechanical movement" |
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Body mass. |
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Laboratory work No. 3 "Measurement of body weight" |
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Matter density |
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Solving problems on the topic "Density of matter" |
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Laboratory work No. 4 "Determination of the density of a solid substance" |
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Calculation of the mass and volume of a body by its density |
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Solving problems on the topic “Mechanical motion. Weight , density of matter" |
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Examination No. 1 “Mechanical movement. Weight , density of matter" |
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Force. resultant force |
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Dynamometer. Laboratory work No. 5 "Measurement of force" |
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Gravity |
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Elastic force. Hooke's law |
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Laboratory work No. 6 "Determining the stiffness of the spring" |
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Friction force. Friction in nature and technology |
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Laboratory work No. 7 "Determination of the coefficient of sliding friction." |
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Solving problems on the topic "Friction force" |
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Solving problems on the topic "Addition of forces" |
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Test No. 2 "Forces in nature" |
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Pressure solids |
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Ways to change pressure. |
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Pressure of liquids and gases. Pascal's law |
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Solving problems on the topic "Pressure" |
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Calculation of liquid pressure on the bottom and walls of the vessel. |
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Solving problems for calculating the pressure of a liquid on the bottom and walls of a vessel" |
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Communicating vessels |
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Air weight. Atmosphere pressure |
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Measurement of atmospheric pressure. The Torricelli experience. |
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Barometer - aneroid. Atmospheric pressure at various altitudes. |
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Pressure gauges |
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Test No. 3 "Pressure of solids, liquids and gases" |
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Hydraulic mechanisms (pump) |
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Hydraulic mechanisms (press) |
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The action of liquid and gas on a body immersed in them. Archimedean strength. |
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Laboratory work No. 8 "Determination of the buoyant force acting on a body immersed in a liquid" |
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Swimming tel. Problem solving. |
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Laboratory work No. 9 "Investigation of the dependence of the buoyancy force on the volume of the immersed part of the body, on the density of the liquid" |
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Sailing ships. Aeronautics |
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Test No. 4 "The Power of Archimedes" |
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Mechanical work. |
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Power. |
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simple mechanisms. Lever arm |
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Moment of power. Levers in technology, everyday life and nature |
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Laboratory work No. 10 "Determining the moment of force" |
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Movable and fixed blocks. "Golden Rule of Mechanics" |
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Solving problems on the topic "Simple mechanisms" |
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Efficiency of the mechanism |
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Laboratory work No. 11 "Designing an inclined plane with a given value of efficiency" |
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Energy. Potential and kinetic energy. |
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The transformation of one type of mechanical energy into another. |
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Law of conservation of total mechanical energy. |
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Solving problems on the topic "Energy" |
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Test No. 5 “Work and power. Energy". |
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8 CLASS
(70 hours, 2 hours per week)
School week number | ||
| Thermal phenomena (26 hours). | |
September 1 | Thermal balance. Temperature |
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Internal energy. Ways to change internal energy |
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Thermal conductivity. Convection. Radiation |
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Examples of heat transfer in nature and technology. |
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Quantity of heat |
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Specific heat |
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Calculation of the amount of heat of thermal processes |
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Laboratory work No. 1 "Determining the amount of heat" |
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Solving problems for calculating the amount of heat of thermal processes. |
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Laboratory work No. 2 "Measurement of specific heat capacity" |
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Specific heating value of fuel |
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Solving problems for calculating the amount of heat released during the combustion of fuel |
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The law of conservation and transformation of energy in mechanical and thermal processes |
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Test No. 1 "Thermal phenomena" |
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Melting and solidification of crystalline bodies |
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Specific heat of fusion |
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Solving problems for calculating the amount of heat during crystallization and melting |
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Evaporation and condensation |
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Boiling. Specific heat of vaporization and condensation |
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Solving problems on the topic: "Changing the aggregate states of matter" |
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Saturated steam. Air humidity |
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Solving problems for determining air humidity |
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Energy conversion in heat engines |
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Heat engine efficiency |
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Ecological problems use of heat engines. |
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Examination No. 2 "Change in the state of aggregation of matter." |
School week number | ||
Electromagnetic phenomena (42 hours) |
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Electrification of physical bodies. Two kinds electric charges |
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The law of conservation of electric charges |
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Conductors, semiconductors and electrical insulators |
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Electric field as a special kind of matter |
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Electricity. Current sources. Actions of electric current |
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Current strength. Ammeter |
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Laboratory work No. 3 "Assembling an electrical circuit and measuring the current strength in its various sections" |
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electrical voltage. Voltmeter |
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Electrical resistance. Ohm's law for a circuit section |
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Laboratory work No. 4 "Measurement of voltage and resistance" |
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Independent work on the topic "Ohm's law for a section of the chain." Resistivity |
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Solving problems for the calculation of electrical circuits. |
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Rheostat. Laboratory work No. 5 "Measuring the current strength and its regulation" |
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Series and parallel connection of conductors |
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Laboratory work No. 6 "Hypothesis testing: with two conductors connected in series, the voltage cannot be added (it is possible)" |
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Solving problems for a mixed connection of conductors |
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Work and power of electric current |
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Laboratory work No. 7 "Determination of the work and power of electric current" |
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Joule–Lenz law |
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Electrical devices. Short circuit |
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Solving problems on the topic “Power and current work. Joule Lenz's law |
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Solving problems on the topic: "Electric current" |
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Examination No. 3 "Electrical phenomena". |
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A magnetic field. The magnetic field of the current. |
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Electromagnets. |
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Laboratory work No. 8 "Investigation of the phenomenon of interaction of a coil with current and a magnet" |
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Action magnetic field on a conductor with current. |
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School week number | ||
Electrical engine. Laboratory work No. 9 "Assembling an electromagnet and testing its action" |
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permanent magnets. Earth's magnetic field |
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Examination No. 4 " Magnetic phenomena» |
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Sources of light. Spread of light |
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Law of reflection |
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flat mirror |
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34/60 | Light refraction | |
31 | 35/61 | Light is an electromagnetic wave. dispersion of light. |
36/62 | Lenses.Lens Formula | |
32 | 37/63 | Laboratory work No. 10 "Measuring the focal length of a lens" |
38/64 | Images given by the lens | |
33 | 39/65 | Laboratory work No. 11 "Studying the properties of an image in lenses" |
40/66 | The eye as an optical system. Optical devices. | |
34 | 41/67 | Problem solving |
Examination No. 5 "Light phenomena" |
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Intermediate final certification |
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Calendar-thematic planning
9 CLASS
(102 hours, 3 hours per week)
School week number | ||
Physical methods for studying nature (2 hours) |
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September | physical laws and patterns. scientific method knowledge. |
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The role of physics in the formation of natural science literacy |
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Mechanical phenomena (52 hours) |
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Material point. Reference systems. moving |
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moving body coordinates. Movement with rectilinear uniform motion |
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Solving problems on the topic " Uniform movement» |
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Rectilinear uniformly accelerated motion. Acceleration. Speed |
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Solving problems on the topic "Acceleration, speed with uniformly accelerated motion" |
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Movement with rectilinear uniformly accelerated motion |
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Graphical representation uniformly accelerated motion |
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Laboratory work No. 1 "Measuring the acceleration of uniformly accelerated motion" |
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Solving problems on the topic "Uniformly accelerated motion" |
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Movement of a body in a circle with a constant modulo speed |
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centripetal acceleration |
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Solving problems on the topic "Movement of a body in a circle" |
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Solving problems on the topic "Fundamentals of kinematics" |
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Examination No. 1 on the topic "Fundamentals of Kinematics" |
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School week number | ||
Inertial reference systems. Newton's first law |
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Force. Newton's second law |
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Newton's third law |
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Solving problems on the topic "Newton's Laws" |
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The movement of a body under the influence of gravity |
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Solving problems on the topic "Movement of bodies under the influence of gravity" |
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Laboratory work No. 2 "Investigation of the dependence of the path on time with uniformly accelerated movement without initial speed" |
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The law of universal gravitation. Acceleration free fall |
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artificial satellites Earth |
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Solving problems on the topic "Law gravity» |
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The movement of bodies under the action of several forces |
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Solving problems on the topic “Movement connected bodies» |
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Solving problems on the topic "Movement of bodies on an inclined plane" |
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Solving problems on the topic "Movement of bodies in a circle" |
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Examination No. 2 on the topic "Fundamentals of Dynamics" |
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body momentum. Force impulse. |
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Solving problems on the topic "Impulse" |
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Law of conservation of momentum |
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Jet propulsion. rockets |
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Solving problems on the topic "The law of conservation of momentum" |
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mechanical energy |
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School week number | ||
December 13 | Law of conservation of total mechanical energy |
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Solving problems on the topic "The law of conservation of total mechanical energy" |
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Solving problems on the topic "Conservation laws in mechanics" |
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Examination No. 3 on the topic "Conservation laws in mechanics" |
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Period, frequency, amplitude of oscillations |
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Laboratory work No. 3 "Observation of the dependence of the period of oscillation of the load on the thread on the length and independence on mass" |
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Oscillation period of mathematical and spring pendulums |
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Laboratory work No. 4 "Observation of the dependence of the period of oscillation of a load on a spring on mass and stiffness" |
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Solving problems on the topic "Mechanical vibrations" |
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Energy transformations during oscillatory motions. |
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Resonance |
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Propagation of vibrations in a medium. Waves |
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Length and speed of propagation of waves |
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Sound sources and characteristics |
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Solving problems on the topic "Mechanical waves" |
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Examination No. 4 on the topic "Mechanical vibrations and waves" |
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Electromagnetic Phenomena (22 hours) |
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A magnetic field. Magnetic field induction |
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The magnetic field of the current. Oersted's experience |
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A magnetic field permanent magnets. Earth's magnetic field. |
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School week number | ||
Electromagnet. The use of electromagnets. |
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The action of a magnetic field on a current-carrying conductor. Amp power |
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The action of a magnetic field on a moving charged particle. Lorentz force |
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electric motor |
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Laboratory work No. 5 "Study of an electric DC motor" |
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Solving problems on the topic "Magnetic field" |
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The phenomenon of electromagnetic induction. |
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Laboratory work No. 6 "Observation of the phenomenon of electromagnetic induction" |
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Capacitor. The energy of the electric field of the capacitor. |
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Oscillatory circuit |
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Alternating current |
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Electric generator. Transformer |
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