Science plans. Outline of a lesson in natural science according to the Federal State Educational Standard. Instructions for drawing up a calendar-thematic plan for an academic discipline
Sakharova Natalya Anatolevna
Educational institution: MBOU "Gymnasium No. 1 named after K.D. Ushinsky" Simferopol
Brief job description: The Black Sea is home to wonderful animals that attract the attention of not only children, but also famous scientists - these are dolphins. A story about the diversity of cetaceans, their life history in the Black Sea, as well as major environmental problems that lead to a decrease in the dolphin population.
Shcherbakova Natalya Viktorovna
Educational institution: State Budgetary Institution of the Republic of Moldova "Ruzaevsky Railway-Industrial College named after A.P. Baykuzova"
Brief job description: Methodological development is a methodology for conducting extracurricular activities in the form of creating projects in order to answer the main problematic question posed to the participants at the beginning of the event.
Pyshnaya Olga Vladimirovna
Educational institution: GKKP "Nursery-garden No. 14" Kazakhstan, Kostanay
Brief job description: Summarize children's knowledge about the conditions necessary for plant growth (heat, light, water, care). To form basic ideas about the work of caring for plants. Foster a desire to take part in feasible work.
Manankova Olga Alexandrovna
Educational institution: State Institution "Alexandrovskaya" high school"Department of Education of Kostanay region
Brief job description: Educational area: “Cognition” Natural science. The topic of educational activity is “What do we know about water.” The content of the lesson corresponds to the age characteristics of children of middle preschool age. The goal was to develop the cognitive interest of preschoolers.
Bakhmutova Nadezhda Nikolaevna
Educational institution: State Institution "Aidarlinskaya Secondary School" of the Education Department of the Akimat of the Karasu District
Brief job description: Students will learn what space is, understand that astronomy is a science that studies celestial bodies and all the processes occurring with them. They will understand what constellations are and why they are named so. To do this, they will study myths and compile their own book about the constellations.
Tsebrik Lada Anatolevna
Educational institution: KSU "Druzhba Secondary School"
Brief job description: Goal: mastering educational material as required by the standard - 63% of students in the lesson. Development of speed, logical and critical thinking, vocabulary, information competence. Develop interest and motivation for high-quality mastery of the subject, as a criterion for a successful person. Task: implementation of the regulations of the technological map. Planned result: achievement of the set goal.
Natural science studies natural phenomena based on observation and collected empirical data. Natural science can be divided into two large areas - natural history and physics. In Russian schools, natural science subjects are studied in grades 5-11. On our website, materials on natural science are presented in the following sections: Lesson notes Technological maps Control and testing Laboratory and practical Self Tests Olympic […]
Outline of a lesson in natural science according to the Federal State Educational Standard
This section of the educational portal Conspectek presents lesson plans in natural science. A science lesson outline is a detailed plan that includes content and detailed description stages of classes in this academic discipline.
A well-written lesson outline serves the teacher as a reference plan for conducting the lesson, and is also a document that is used when certifying science teachers. Therefore, we can say that lesson plans play an important role in the process of building a competent and effective science teaching process in Russian schools.
According to the new requirements of the new generation state educational standards (FSES), the outline of a science lesson must meet the following requirements: the goals, objectives and methods of conducting the lesson must correspond to the age group of students, the goals and objectives of the lesson must be clearly formulated, the course of the lesson must contribute to the achievement of the assigned tasks and achieving goals.
The main components of a lesson plan in natural science are: topic, goals, objectives, type, form of delivery, sequence of stages, methodological materials and technical support.
On the educational and methodological portal Conspectek you can download notes of natural science lessons for free
Teachers can post lesson plans on various topics on our Internet resource and receive personalized certificates of publication of original material. By posting your work, you allow other science teachers to learn from your experience and help your colleagues improve. All author's works on natural science on our portal can be downloaded completely free of charge for review purposes.
In addition to notes on natural science, on our website you will find developments in astronomy, Russian, mathematics and all other subjects from the curriculum of Russian schools.
Thematic planning
In the discipline of natural science
3 hours per week, total 102 hours
The number of teaching hours can be adjusted depending on the speed at which students master the material.
No. |
Lesson topic |
Lesson type |
Visual and technical aids |
Didactic support |
Types of control |
Hometasks |
Number of hours |
||
Topic 1. DEVELOPMENT OF TECHNOGENIC CIVILIZATION |
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Technology as a reality created by man |
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Technology and technogenic civilization |
Front. survey |
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Technology and human needs: essential and superfluous |
Laptop, projector |
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Origin and development of technology |
Front. Survey |
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Natural science as a source of technical development |
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Evolution of technical thought |
Laptop, projector |
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Man and technology in world literature |
Laptop, projector |
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Technology is the source of hopes and anxieties of humanity |
Front. Survey |
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Scientific and technical creativity: the problem of professional responsibility |
Laptop, projector |
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Chapter 2. INTERACTION OF SCIENCE AND TECHNOLOGY |
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From the laws of mechanics to mechanical devices |
Front. Survey |
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Creativity of the inventor |
Laptop, projector |
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Hydrodynamics and aerodynamics |
Front. Survey |
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Conservation laws, jet propulsion, space flights |
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Space research |
Laptop, projector |
Front. Survey |
|||||||
Operating principles of heat engines |
Front. Survey |
||||||||
Laws of thermodynamics and efficiency of heat engines |
Front. Survey |
||||||||
Study of the efficiency of various cycles |
Workshop |
Laptop, projector |
|||||||
Principles of design of heat engines |
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Thermal power engineering today |
Laptop, projector |
Front. Survey |
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Operating principles of electric generators and electric motors |
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Study of the operation of an electric generator and electric motor |
Workshop |
Laptop, projector |
|||||||
Power sources in modern technology |
Front. Survey |
||||||||
Energy conversion and transmission |
Front. Survey |
||||||||
Electric power and ecology |
Conference |
Laptop, projector |
|||||||
Radio waves and features of their propagation |
Front. Survey |
||||||||
Use of radio waves |
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How mobile telephony works |
Workshop |
Laptop, projector |
Front. Survey |
||||||
Geometric optics and optical devices |
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The principle of operation of glasses |
Workshop |
Laptop, projector |
Front. Survey |
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|
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Topic 3. NATURAL SCIENCE IN THE WORLD OF MODERN TECHNOLOGY |
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Devices that use the wave properties of light |
Front. Survey |
||||||||
Manifestation of wave properties of light |
Workshop |
Laptop, projector |
|||||||
Stereo imaging and holography |
Front. Survey |
||||||||
Artificial light |
|||||||||
Devices using the corpuscular properties of light |
Front. Survey |
||||||||
Laser operating principle |
Workshop |
Laptop, projector |
|||||||
Properties of laser radiation and use of lasers |
Front. Survey |
||||||||
Harm and benefits of laser technologies |
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Nuclear weapons and the problem of non-proliferation |
Conference |
Laptop, projector |
Front. Survey |
||||||
Operating principle of nuclear reactors |
Front. Survey |
||||||||
Nuclear energy and environmental issues |
Laptop, projector |
||||||||
The problem of controlled thermonuclear fusion. Energy of the future |
Front. Survey |
||||||||
Information and electrical signals |
Front. Survey |
||||||||
Devices that convert electrical signals |
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Basic Computer Elements |
Front. Survey |
||||||||
History of development and prospects of information technologies |
Conference |
Laptop, projector |
|||||||
Man-computer exchange of information |
Front. survey |
||||||||
In the world of amazing substances and materials |
|||||||||
From natural polymers to synthetic polymers |
Front. Survey |
||||||||
Synthetic polymers are the basis of plastics |
Workshop |
Laptop, projector |
|||||||
Biotechnology and human progress |
Front. Survey |
||||||||
Cloning: pros and cons |
Laptop, projector |
||||||||
Reserve time 4 hours. Of these, 2 hours are allocated for preparing for the test, 1 hour for the test and another one for working on mistakes. |
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Topic 4. NATURAL SCIENCES AND HUMAN HEALTH |
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Man as a unique living system |
Front. Survey |
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Human health factors: pros and cons |
Front. Survey |
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Adaptation of the human body to environmental factors |
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Muscle activity |
Front. survey |
||||||||
Biochemical basis of sports training |
Front. survey |
||||||||
Problems of maintaining human health |
Conference |
Laptop, projector |
|||||||
Biochemical basis of rational nutrition |
Front. survey |
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Biochemical rationale for diets |
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Vitamins as biologically active substances |
Front. Survey |
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Vitamins: general characteristics |
Front. Survey |
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Principles of the use of medicinal substances |
Front. Survey |
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Biologically active substances: problems of their use |
Laptop, projector |
||||||||
Defense mechanisms of the human body |
Front. Survey |
||||||||
Human diseases caused by microorganisms |
Front. Survey |
||||||||
Viruses and their effects on humans |
Front. Survey |
||||||||
Prevention and treatment methods for diseases caused by viruses |
Conference |
Laptop, projector |
|||||||
Patterns of heredity |
Front. Survey |
||||||||
Human genetics |
|||||||||
Hereditary diseases |
Laptop, projector |
||||||||
Medical genetic counseling and family planning |
Conference |
Laptop, projector |
Front. Survey |
||||||
Reserve time 4 hours. Of these, 2 hours are allocated for preparing for the test, 1 hour for the test and another one for working on mistakes. |
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Chapter 5. NATURAL SCIENCES IGOBAL PROBLEMS OF HUMANITY |
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Global problems of our time |
Front. Survey |
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Man as a component of the biosphere |
Front. Survey |
||||||||
Ecological problem |
|||||||||
Environmental pollution and its consequences |
Conference |
Laptop, projector |
|||||||
Disruption of global cycles in the biosphere |
Front. Survey |
||||||||
Problems of scientifically based environmental management |
Laptop, projector |
||||||||
Global climate change and its consequences for humans |
Front. Survey |
||||||||
Environmental disasters and environmental assessment |
|||||||||
How to find out the causes of an environmental disaster |
Laptop, projector |
||||||||
Integration of scientific knowledge towards solving global problems |
Front. survey |
||||||||
Human responsibility for the state of the biosphere |
Front. survey |
||||||||
Biosphere and noosphere |
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Problems of sustainable development of society and the biosphere |
Conference |
Laptop, projector |
|||||||
Reserve time 6 hours. Of these, 3 hours are allocated for preparing for the test, 1 hour for the test and another 2 for working on mistakes. |
Deputy Director for SD
Yu.Yu. Besova
"____" ____________ 20____
I APPROVED
Deputy Director for SD
________________
"____" ____________ 20____
I APPROVED
Deputy Director for SD
________________
"____" ____________ 20____
CALENDAR - THEMATIC PLAN
according to UD, MDK, UP, PP
DB. 07 Natural science (basic) specialty 02/38/05 “Commodity science and examination of the quality of consumer goods”
Teachers Kostina Marina Petrovna, Zverev Sergey Anatolyevich___________________________
Number of hours
,Semester 1
51
hour;
Semester 2
66
hour
including theoretical classes
hour;
61
hour
laboratory works
hour;
hour
hour;
hour
course project (work)
hour;
hour
INDEPENDENT WORK
20
hour;
23
hour
71
hour;
89
hour
CONSULTATIONS
hour;
3
hour
INTERMEDIATE CERTIFICATION: differentiated credit.
hour;
hour
The plan was drawn up in accordance with the sample program of the academic discipline, approved on April 10, 2008. Department of State Policy and Legal Regulation in the Sphere of Education of the Ministry of Education and Science of Russia. Approved by the Federal State Institution and the Federal Institute for Educational Development.
Thematic calendar plan was developed by teachers Kostina M P, Zverev S A
________________________________________________
by 20 14_ / 2015_ academic year
for 1 _ course , TV-1____ groups
__________________________
Protocol No._ 1 _from __ __20_ _G.
Chairman of the MK________________/signature/ T.N. Egrashkina
full surname
for 20____/ 20____ academic year
__________________________
Considered at the MC meeting ________________________________________________
full surname
for 20____/ 20____ academic year
for __course, groups _____________________
__________________________
Considered at the MC meeting ________________________________________________
Protocol No. ____dated _________________20__
Chairman of the MK________________/signature/ _______________________________________
full surname
INSTRUCTIONS FOR MAINTAINING A THEMATIC CALENDAR PLAN
The teacher’s calendar and thematic plan is mandatory document, contributing to the rational organization of the educational process, ensuring methodologically correct planning of the implementation of the curriculum in strict sequence, as well as providing the opportunity to systematically monitor the progress of the program and the uniform load of students.
IN Column 1 “Class No.” the numbers of classes are sequentially entered, which must correspond to the classes recorded in the log of training sessions in the relevant academic discipline, interdisciplinary course, educational and industrial practices
IN columns 2, 3 “section number” and “topic number” The numbers of modules and topics are listed sequentially.
IN Column 4 “Educational results” the developed skills, knowledge, general and professional competencies from the Federal State Educational Standard for Secondary Professional Education in the specialty of a given academic discipline (UD), interdisciplinary course (IDC), educational and production practices are indicated
IN box 5 indicated type of activity:
mastering new knowledge;
improvement of knowledge (knowledge, skills) OR formation of knowledge OR application of knowledge;
generalization and systematization of knowledge;
verification and evaluation of memory
combined
IN Column 6 “Name of sections and topics of classes» all material is planned sequentially work program by academic discipline, interdisciplinary course, educational and industrial practice, divided by topics or key issues.
IN Column 7 “Number of hours” the number of hours that must be spent on studying the relevant didactic units is determined. The amount of time for one lesson is 2 hours. Carrying out control work on the section is planned for 1 hour.
IN box 8 indicates the content and volume of material intended for independent extracurricular work
Note. 1) Filling out the calendar-thematic plan is carried out only after a thorough analysis of the curriculum, based on the teacher’s work experience. When planning, it is necessary to provide for the repetition of educational material, tests and tests for each section
The calendar and thematic plan is drawn up for the academic year by semester, reviewed by the cycle commission and approved by the Deputy Director for Academic Affairs.
If no significant changes are made to the calendar and thematic plan in the next 1-2 academic years, it is re-considered at a meeting of the cycle commission and approved by the Deputy Director for Academic Affairs.
IN RECORD exhibit MAXIMUM educational LOAD PER SEMESTER taking into account the hours for independent extracurricular work of students.
classes
Section no.
la
Topics
Educational results
Type of activity
Names of sections and topics of classes
Number
Hour
auditorium
Number
cha c
self
Assignments for independent work of students
U1.U3.U4.U6.U8.Z1.Z2.Z3.Z4.
Assimilated.
new sign
Introduction
U1.U3.U4.U6.U8.Z1.Z2.Z3.Z4.
Assimilated.
new sign
System of natural sciences
Chemistry with elements of ecology
1 Water. Solutions
U1.U3.U7.Z1.Z3
Combine
U4.U6.U8.Z2.Z4
Combine
Dissolution of solids
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Dissolution of gases
U4.U6.U8.Z2.Z4
Combine
Methods of expressing the concentration of solutions
1
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Water resources of the earth
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Water pollutants, water purification, water desalination
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
Eliminating water hardness
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
Preparation of solutions with a certain mass fraction of a substance in solution
Independent work
Home test on the topic: “Solutions”, solving problems 3 hours
Experiments at home to purify contaminated water 2 hours
2. Chemical processes in the atmosphere
U1.U3.U7.Z1.Z3
Combine
Chemical composition of air
U4.U6.U8.Z2.Z4
Combine
Air pollution and its sources
U1.U3.U7.Z1.Z3
Combine
Atmosphere and climate
U4.U6.U8.Z2.Z4
Combine
Ozone holes
U1.U3.U7.Z1.Z3
Combine
Acids and alkalis
U4.U6.U8.Z2.Z4
Combine
Acid rain
Laboratory works
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
Determination of pH of solutions
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
Mechanism of acid rain formation
Independent work
Make a map of the most polluted areas in the city of Ulyanovsk, do an analysis 2 hours
Solving problems on determining pH in food and non-food products 1 hour
3 Chemistry and the human body
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Chemical elements in the human body
U4.U6.U8.Z2.Z4
Assimilated.
new sign
The structure of protein molecules
U1.U3.U7.Z1.Z3
Assimilated.
new sign
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Minerals
Laboratory works
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
Determination of iron content in food
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
Determination of vitamin C content in drinks
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
Analysis of milk composition
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
Experimental problem solving on the topic: “Carbohydrates”
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
The effect of saliva on starch
Independent work
Preparation of reports and abstracts on the topic: “Food additives”, 3 hours
"Food Toxicants"
“Food Contaminants” 2h
IIBiology with elements of ecology
General ideas about life
U1.U3.U7.Z1.Z3
Assimilated.
new sign
The concept of "Life"
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Signs of being alive
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Classification of living organisms
U4.U6.U8.Z2.Z4
Assimilated.
new sign
The concept of "Organism"
U1.U3.U7.Z1.Z3
Assimilated.
new sign
A cell is a unit of structure
U4.U6.U8.Z2.Z4
Assimilated.
new sign
DNA is the carrier of hereditary information
U1.U3.U7.Z1.Z3
Combine
Metabolism of substances and energy in cells
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Levels of organization of living nature
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Evolution, driving forces of evolution
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Heredity, variability, natural selection
Laboratory works
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
Studying a cell under a microscope
Independent work
Make a table and do an analysis: “Types of nucleic acids and their role in the body” 2 hours
5 The human body and the main directions of its life activity
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Tissues, organs
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Organ systems
U1.U3.U7.Z1.Z3
Combine
Nutrition, digestive organs
U4.U6.U8.Z2.Z4
Combine
Food poisoning
U1.U3.U7.Z1.Z3
Combine
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Respiratory diseases. Prevention
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Movement
U4.U6.U8.Z2.Z4
Combine
Fatigue, poor posture, flat feet
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Internal environment of the body: blood, lymph, tissue fluid.
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Immunity and immune system
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Bacteria
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Viruses, infectious diseases
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Individual development of the body.
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Puberty
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Fertilization
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Education and development of the embryo and fetus
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Hereditary diseases
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Congenital diseases
U4.U6.U8.Z2.Z4
Combine
The effect of narcotic substances on the body
Independent work
Draw up diagrams of the similarities and differences between mitosis and meiosis. 1h
Prepare messages: “Bad human habits” 1h
6 Man and the environment
U1.U3.U7.Z1.Z3
Committed
zn. i.mind
Concepts: biogeocenosis, ecosystem, biosphere
U4.U6.U8.Z2.Z4
Committed
zn. i.mind
Ecosystem sustainability
U1.U3.U7.Z1.Z3
Committed
zn. i.mind
Impact of environmental factors on the human body
U4.U6.U8.Z2.Z4
Committed
zn. i.mind
Rational environmental management Anthropogenic impact on the environment
Mechanics
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Mechanical movement
U4.U6.U8.Z2.Z4
Combine
Mechanical movement
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Relativity of mechanical motion
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Types of mechanical movement
U1.U3.U7.Z1.Z3
Combine
Newton's laws
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Law of conservation of mechanical energy
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Work and power
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Practical problems of mechanics
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Mechanical vibrations
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Mechanical waves
U1.U3.U7.Z1.Z3
Combine
Sound waves
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Ultrasound
U1.U3.U7.Z1.Z3
Combine
Wave formation and propagation
U1.U3.U7.Z1.Z3
Combine
Free and forced vibrations
U4.U6.U8.Z2.Z4
Examination
zn. i.mind
Independent work
Ballistic movement - problem solving. 4h
Message on the topic “Pitch, timbre and volume of sound” 4h
Thermal phenomena
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Atomic-molecular science
U4.U6.U8.Z2.Z4
Combine
Mass and size of molecules
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Thermal movement
U4.U6.U8.Z2.Z4
Combine
Temperature as a measure of average kinetic energy
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Aggregate state of substances
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Gaseous, liquid, solid substances
U1.U3.U7.Z1.Z3
Combine
Law of energy conservation
U4.U6.U8.Z2.Z4
Combine
Heat engines and environmental problems
U1.U3.U7.Z1.Z3
Combine
Movement of Brownian particles
U4.U6.U8.Z2.Z4
Combine
Diffusion
Laboratory works
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
Measuring the temperature of a substance depending on its state of aggregation
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Independent work
Gas laws of physics - solving problems using the Mendeleev-Cliperon equation. 3h
Create structures of states of aggregation 2h
9 Electromagnetic phenomena
U1.U3.U7.Z1.Z3
Combine
U4.U6.U8.Z2.Z4
Combine
Electric field
U1.U3.U7.Z1.Z3
Combine
Direct electric current
U4.U6.U8.Z2.Z4
Committed
zn. i.mind
Current, voltage, resistance, Ohm's law.
U1.U3.U7.Z1.Z3
Combine
Thermal effect electric current
U4.U6.U8.Z2.Z4
Combine
Joule-Lenz law
U1.U3.U7.Z1.Z3
Combine
A magnetic field
U4.U6.U8.Z2.Z4
Combine
Electric motor
U1.U3.U7.Z1.Z3
Combine
The phenomenon of electromagnetic induction
U4.U6.U8.Z2.Z4
Combine
Electric generator
U1.U3.U7.Z1.Z3
Combine
Electromagnetic waves
U4.U6.U8.Z2.Z4
Combine
Radio communications and television
U1.U3.U7.Z1.Z3
Combine
Light is like an electromagnetic wave.
U4.U6.U8.Z2.Z4
Combine
Light-wave
Laboratory works
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
Assembly electrical circuit
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
Current and Voltage Measurement
U4.U8.Z3.
Testing and evaluation of memory
Study of light interference
U2.U5.U8.U9.U10.U11.Z5.
Testing and evaluation of memory
Study of light diffraction
U1.U3.U7.Z1.Z3
Committed
zn. i.mind
Independent work
Draw electrical diagram transistor 2h
Mini-essay: “The role of visible light for life on earth” 3 hours
10 Atomic structures and quantum physics
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Atomic structure, photocells
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Bohr model. Photo effect
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Corpuscular properties of light
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Energy quantization
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Core structure
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Laser radiation
U1.U3.U7.Z1.Z3
Assimilated.
new sign
Electron structure
U4.U6.U8.Z2.Z4
Assimilated.
new sign
Ionizing radiation counter
Independent work
Draw up diagrams of the structure of atoms for elements of the first and third periods in the normal and excited states 3h
Compose a crossword puzzle on elementary particles of the atom 2h
4 Repetition and generalization
U1.U4.U6.Z3.Z4.Z5
Combine
Repetition and generalization.
U1.U4.U6.Z3.Z4.Z5
Committed
zn. i.mind
CONSULTATIONS - 6 hours
Consultation 1 problem solving in general inorganic chemistry
1
Consultation 2 solving problems in organic chemistry
1
Consultation 3 solving problems in biology
1
Consultation 4 solving problems in mechanics
1
Consultation 5 solving problems in molecular physics
1
Consultation 6solving problems in electrodynamics
1
EXPLANATIONS: 1. Skills (S), knowledge (Z), OK (general competencies), PC (professional competencies) - from the Federal State Educational Standard for secondary vocational education specialties
2. ALL U, Z, OK, PC - are assessed at the end of the UD, MDC as a PERCENTAGE FOR EACH STUDENT and are drawn up in a separate statement