| OUR FRIEND THE ATOM 1.The atom has been taught a host of peaceful trades.. 2.The power derived from atomic reactions has been applied to all fields of man's civilian activity. 3.The application of atomic power to the generation of electricity is becoming increasingly broader. 4.This is the only known potential capable of meeting mankind's growing requirements in electric power, natural fuels like coal, gas and oil being drained with appalling rapidity. 5.The first atomic power plant was put into operation in Obninsk near Moscow in 1954 .6. Several dozens of similar power plants are now operating in the world, atomic power generation making impressive progress. 7.Chemistry is making more and more claims on the diversified potentialities of atomic power. 8.The chemical industry is making much use of isotope instruments to supervise a number of chemical processes which formerly had been difficult to check properly. 9.Metallurgists use atomic instruments to supervise the operation and the state of some processes in blast-furnaces. 10. Isotope instruments measure the thickness of hot rolled sheet metal, detect faults in metal and do many other jobs. 11.The atom has greatly increased the efficiency of geologists, 12. t has accelerated the testing of minerals and the study of the earth's surface structure 13. At present geologists use nuclear instruments as routine equipment in prospecting. 14.It is to a nuclear instrument that we owe our knowledge of the composition of the moon's surface. 15.Nuclear-physical instruments guard space pilots against the hazards of cosmic rays. 16. Flights to distant planets are hardly possible without using atomic power as a means of propulsion and a power source for the space vehicle. 17.Direct transformation of atomic power into electricity is a very promising field for outer space energetics. | 1. . 2. , , . 3. 㳿 . 4.. - , 㳿, , , . 5. 㳿 1954. 6. , () 㳿, . 7.ճ ' () 㳿. 8. ճ , , . 9.. , . 10. , . 11. , 12. . 13. .14. ' . 15- . 16. , 㳿 㳿 . 17. 㳿 - |
Read the text
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8.3.5.. Finish sentences 1 The atom has been taught 2. The application of atomic power to the3..The power derived from atomic4.The first atomic power plant was put into
5.. This is the only known potential capable of6. Chemistry is making more and more
7. Several dozens of similar power plants are now operating8. The atom has greatly increased9/ t has accelerated the testing10. Flights to distant planets are hardly
11.Direct transformation of atomic power into electricity
8.3.6. Answer the following questions:
1. What has the atom been taught?
2. When was the first atomic power plant put into operation?
3. For what purpose do metallurgists use atomic instruments?
4. Where do geologists use nuclear instruments?
5.What is a very promising field for outer space engergetics?
. 8.3.7Match the sides
| OUR FRIEND THE ATOM 1.The atom has been taught a host of peaceful trades.. 2.The power derived from atomic reactions has been applied to all fields of man's civilian activity. 3.The application of atomic power to the generation of electricity is becoming increasingly broader. 4.This is the only known potential capable of meeting mankind's growing requirements in electric power, natural fuels like coal, gas and oil being drained with appalling rapidity. 5.The first atomic power plant was put into operation in Obninsk near Moscow in 1954 .6. Several dozens of similar power plants are now operating in the world, atomic power generation making impressive progress. 7.Chemistry is making more and more claims on the diversified potentialities of atomic power. 8.The chemical industry is making much use of isotope instruments to supervise a number of chemical processes which formerly had been difficult to check properly. 9.Metallurgists use atomic instruments to supervise the operation and the state of some processes in blast-furnaces. 10. Isotope instruments measure the thickness of hot rolled sheet metal, detect faults in metal and do many other jobs. 11.The atom has greatly increased the efficiency of geologists, 12. t has accelerated the testing of minerals and the study of the earth's surface structure 13. At present geologists use nuclear instruments as routine equipment in prospecting. 14.It is to a nuclear instrument that we owe our knowledge of the composition of the moon's surface. 15.Nuclear-physical instruments guard space pilots against the hazards of cosmic rays. 16. Flights to distant planets are hardly possible without using atomic power as a means of propulsion and a power source for the space vehicle. 17.Direct transformation of atomic power into electricity is a very promising field for outer space energetics. | 1. ' . 2. , 㳿 㳿 . 3. 㳿 - 4.- . 5. ճ ' () 㳿. 6. .7. , , . 8 , . 9. . 10. , () 㳿, .11. .12. ,13 㳿 1954. 14. ճ , , . 15 㳿 .16. , . 17. - , 㳿, , , . |
X/ Summarizing XI/ Homework- read and translate. Know the wor
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| 1. . 2. . - , , , , . 1954. , () , . () . , , . , . , . , . . . - . , . - | OUR FRIEND THE ATOM 1.The atom has been taught a host of peaceful trades.. 2.The power derived from atomic reactions has been applied to all fields of man's civilian activity. 3.The application of atomic power to the generation of electricity is becoming increasingly broader. 4.This is the only known potential capable of meeting mankind's growing requirements in electric power, natural fuels like coal, gas and oil being drained with appalling rapidity. 5.The first atomic power plant was put into operation in Obninsk near Moscow in 1954 .6. Several dozens of similar power plants are now operating in the world, atomic power generation making impressive progress. 7.Chemistry is making more and more claims on the diversified potentialities of atomic power. 8.The chemical industry is making much use of isotope instruments to supervise a number of chemical processes which formerly had been difficult to check properly. 9.Metallurgists use atomic instruments to supervise the operation and the state of some processes in blast-furnaces. 10. Isotope instruments measure the thickness of hot rolled sheet metal, detect faults in metal and do many other jobs. 11.The atom has greatly increased the efficiency of geologists, 12. t has accelerated the testing of minerals and the study of the earth's surface structure 13. At present geologists use nuclear instruments as routine equipment in prospecting. 14.It is to a nuclear instrument that we owe our knowledge of the composition of the moon's surface. 15.Nuclear-physical instruments guard space pilots against the hazards of cosmic rays. 16. Flights to distant planets are hardly possible without using atomic power as a means of propulsion and a power source for the space vehicle. 17.Direct transformation of atomic power into electricity is a very promising field for outer space energetics |
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I. :.
Who is on duty today?
Who is absent?
What date is today?
What day of week is today?
II. :
Todays topic is Automation
By the end of the lesson you should be able:
to recognize new words and expressions,
to understand their meaning and operate by them discussing the text;
to identify main ideas and details from the text;
to participate in common conversational exchanges on the topic of today's lesson.
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III. :
The knowledge of this topic will increase your outlook and knowledge of some interesting facts aboutautomation, their place in the life, as future specialists you must be well-educated, cultured people. This information will help you in your future profession
IV. .
Grammar tests:
Fill in the blanks with personal pronouns:
1am a first student of the technical school
2. My office is large...has some divisions
3 These divisions are large. have a large profit
4. My boss is 4 is a clever man
V) :
Watch the short video. Try to understand and answer the questions
VI) O :
I'll check your homework.
d) .
VII.
VIII.
1 Introduction with a new words
2 Exercises
3. Introduction with a new topic
4 Exercises
5. Reading the text
IX Homework
X.Summarizing
ղ .
.Read and remember.
| AUTOMATION 1."Automation 2.for 3.purpose. 4. ordinarily 5.any 6. improvement 7.by non-human 8.automatic means 9.sometimes 10.is defined more narrowly. 11.Recent steps 12each other with unusual speed. 13. are surprised to learn 14.like chemical and oil-refining 15.at routine clerical work 16.includes, for example, developments that are no more than advanced mechanization 17.transfer-machines 18.making finished goods, and mechanical equipment for handling and assembly. 19. in that they do the actual work on their own; 20 only watch 21.for instance, 22. tools wear out. 23.different 24., though. 25. necessary 26.a vast number 27.in order to maintain the quality of a product when the operating conditions, such as temperature and pressure, change from time to time. | . 1. 2. 3. s. 4.. 5.- 6. 7. , 8. ,9. 10. . 11. 12 . 4. 13. , 14. , 15. .16 , , . 17. 18. . 19. . 20. 21. 22 . .. 23. 24., 25 26 27. , , , , . ... |
