
- •Навчальний посібник для студентів-технологів
- •Костянтинівка
- •Introduction то chemistry
- •Vocabulary
- •Exercises
- •1. Answer the questions.
- •2. Match the English word combinations with their Ukrainian equivalents;
- •3. Match the Ukrainian word combinations with their English equivalents
- •From the history of chemistry
- •Vocabulary
- •Exercises
- •Answer the questions
- •6. Translate the words in the brackets into English:
- •7. Translate the text using a dictionary. Some facts about chemistry
- •D. I. Mendeleyev
- •Exercises
- •1. Answer the questions
- •2. Translate the sentences paying attention to the passive constructions:
- •3. Open the brackets choosing the suitable word. Translate them.
- •Chemistry: key to progress and abundance
- •Vocabulary
- •Fields of chemistry
- •Vocabulary
- •Exercises
- •2.Answer the questions.
- •3.Fill in the gaps with suitable words given below.
- •4.Make up sentences out of these words.
- •5. Translate into English.
- •Symbols, formulas and equations
- •Vocabulary
- •Inorganic molecules and compounds
- •Vocabulary
- •Periodic law
- •Vocabulary
- •Exercises
- •Answer the questions.
- •True or false?
- •Найважливіші хімічні елементи
- •Rules of reading formulas and equations Правила читання хімічних формул
- •Приклади:
- •The periodic table of d.I. Mendeleyev
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •2. Read and translate the text with vocabulary Joseph Priestley
- •Laboratory equipment
- •2.Learn the words and special term from the list.
- •Describe the functions of each piece of equipment. An experiment in the laboratory
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •2. Give Ukrainian equivalents:
- •3. Translate the sentences:
- •4. Make the questions to the sentences:
- •The molecular theory of matter and the states of matter
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •2. Give English equivalents:
- •3. Give Ukrainian equivalents:
- •4. Translate the sentences:
- •Atomic structure
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •2. Give Ukrainian equivalents:
- •3. Give English equivalents:
- •8. Read and translate the text Molecules
- •Chemical and physical changes
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •Find the pairs of synonyms:
- •Find the pairs of antonyms:
- •4. Translate the following sentences, mind the Participles:
- •5. Open the brackets translating the Ukrainian words:
- •Nuclear fission
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •2. Translate the sentences into Ukrainian:
- •Open the brackets choosing the suitable word and translate them into
- •4. Translate the text in writing
- •Vocabulary
- •Exercises
- •5. Read and translate the text The Temperature Scales
- •Exercises
- •1. Give Ukrainian equivalents:
- •2. Give English equivalents:
- •Liquids
- •Vocabulary
- •Exercises
- •Exercises
- •1. Find Ukrainian equivalents:
- •2. Find English equivalents:
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •2. Give synonyms:
- •3. Translate the following sentences:
- •Acids and bases
- •1. Extremely useful – надзвичайно корисні
- •2. Are common to all – загальні для всіх
- •3. Acetic acid - оцтова кислота
- •Vocabulary
- •Exercises
- •1. Answer the following questions.
- •2. Complete the sentences (use the text).
- •3. Characterize acids and bases using the following plan.
- •Vocabulary
- •Exercises
- •Chlorine
- •Vocabulary
- •Exercises
- •1. Answer the questions.
- •Make up a description of any element you like. Hydrochloric acid
- •Vocabulary
- •Exercises
- •Match English word combinations with their Ukrainian equivalents.
- •Answer the questions.
- •Solutions
- •Vocabulary
- •Exercises
- •Answer the questions
- •2. Translate the following sentences:
- •Nitrogen
- •Vocabulary
- •Exercises
- •Match English word combinations with their Ukrainian equivalents.
- •Answer the questions.
- •Silicon
- •Vocabulary
- •Exercises
- •Match English word combinations with their Ukrainian equivalents.
- •Answer the questions
- •Cellulose
- •Vocabulary
- •Exercises
- •Answer the questions.
- •Analytical chemistry methods of analysis
- •Methods of separation
- •Ion exchange methods in analytical chemistry
- •Ionization
- •Vocabulary
- •Exercises
- •Chromatography and ion exchange technique
- •Chromatography techniques
- •Gas analysis
- •Some physical methods used in gas analysis
- •Extraction
- •Precipitation
- •Electrolysis
- •Polymers
- •Notes and commentary
- •Vocabulary
- •Exercises
- •1. Answer the questions.
- •2. Match English word combinations with their Ukrainian equivalents.
- •3. Match Russian word combinations with their English equivalents.
- •Retell text using questions from Ex. 1 as a plan.
- •5. Read, translate and do the tasks.
- •Some applications of polymers
- •Vocabulary
- •Exercises
- •1. Read and translate the sentences. Correct the false statements.
- •2. Read the text, translate it in written form using dictionary.
- •The nature of polymeric materials
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •Find the pairs of synonyms:
- •Find the pairs of antonyms:
- •Choose the Ukrainian equivalents from the right column:
- •5. Translate the sentences
- •6. Open the brackets choosing the suitable verb:
- •7. Open the brackets choosing the correct form of the verb:
- •7. Translate the text in writing
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •2.Translate the following word-combinations:
- •Translate into English:
- •4. Open the brackets translating the Ukrainian words into English:
- •5. Translate the sentences into Ukrainian:
- •6. Translate the text using a dictionary
- •Microbiological production of industrial chemicals
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •Translate the following sentences into Ukrainian, mind the sentences of the predicate:
- •3. Translate the following sentences into English, mind the use of the tenses:
- •4. Translate the following sentences into Ukrainian
- •5. Translate from Ukrainian into English
- •The chemical elements essential to life
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •2. Find the pairs of synonyms:
- •Find the pairs of antonyms:
- •4. Translate paying attention to the meanings of the word “provide”
- •5. Open the brackets translating the Ukrainian words into English
- •6. Translate the text with a dictionary Hydrogen in industry
- •Plastics
- •Vocabulary
- •Exercises
- •Answer the questions.
- •Glass and glass products
- •Vocabulary
- •Exercises
- •Translate into Ukrainian the following international words.
- •Match English word combinations with their Ukrainian equivalents.
- •Answer the questions.
- •The nature of ceramics
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •2. Translate the sentences:
- •7. Read and translate the texts
- •Ceramics
- •Vocabulary
- •Exercises
- •Translate the following international words into Ukrainian.
- •Answer the questions.
- •What is ecology?
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •2. Translate the following sentences:
- •3. Translate the sentences:
- •The water problem
- •Pollution
- •Air pollution
- •Water pollution
- •Earth pollution
- •Vocabulary
- •Exercises
- •1. Answer the questions
- •2. Translate the following word-combinations:
- •3. Translate the following sentences into Ukrainian:
- •4. Translate the sentences into Ukrainian:
- •5. Write the translation of the following text Lead
- •The environmental protection
- •Vocabulary
- •Exercises
- •1. Match the words:
- •2. Translate the sentences into English:
- •3. Put 4 types of the questions to the sentences:
- •4. Translate the text
- •Radioactivity
- •Notes on the text
- •Vocabulary
- •Exercises
- •4. Read and translate the text The discovery of X-Rays and Radioactivity
- •5. Open the brackets and translate the sentence into Ukrainian:
- •Chernobyl nuclear power station
- •Vocabulary
- •Exercises
- •Protection of the environment
- •Industry of ukraine
- •Chemical industry
- •Texts for reading glass
- •Glass history natural glasses
- •Early glasses
- •Blowing, (b) cutting and (c) flattening. Modern glasses soda-lime-silica glasses
- •Cutting and drilling of glass
- •Glass cutting principle (scribing, flexuring).
- •Applications of glass
- •Glazing
- •Containers
- •Optical glass
- •Glass fibres for insulation and reinforcement
- •Borate and related glasses
- •Window glass
- •Sheet wire glass
- •Stemalite
- •Hardened glass for ship’s port holes
- •Safety glass for ground transport
- •Slag glass-ceramic
- •Mechanics of Glass Processes
- •Batching
- •Melting
- •Float Process
- •Fusion Draw
- •Pressing
- •Fibre Process
- •Tensile Drawing
- •Centrifugal Drawing
- •Wool fibre drawing process
- •Types of glass
- •Glass industry of ukraine
- •Glossary
- •Reference list
- •Contents
Pollution
Pollution is known to be of great concern to both science, industry and to humanity as a whole. There has always been pollution, even when man was not present. When man appeared upon earth, he added much to the pollution. As the population of man on the earth increased, pollution increased too, it being increased in three ways: through the numbers of persons, through the industrial activity, and through man’s use of devices such as cars that cause pollution. The study of pollution could be divided into three main parts: pollution of the air, of water and of the land mass. To study this problem is very important for man.
Air pollution
Every smoking chimney turns out to be a source of air pollution. Home furnaces tended to burn soft coal incompletely, thus adding unburned carbon particles to the air.
The use of natural gas or oil that have a negligible mineral content is of great help in reducing pollution, but has the disadvantage of rapidly consuming materials which could better be conserved for future generation as raw materials for the manufacture, for example, chemicals and plastics.
It has been found that some chemical processes, such as the manufacture of lime, Portland cement, steel, tend to give off much dust. Lead, bromide and chloride emitted from the exhaust of automobiles which burn lead-containing gasoline produce a lead-chloride-bromide aerosol which is considered to be a common air contaminant in urban areas, it being toxic to people. The chief atmospheric gaseous pollutants originating from the earth’s surface appeared to be oxides of sulphur, oxides of nitrogen, incompletely burned hydrocarbons, and carbon monoxide.
These gases are known to react with energy from sunlight to produce photochemical smog. Smog not only can be highly irritating to eyes and lungs, but it can also cause extensive damage to vegetation.
Water pollution
Some cities simply run their raw sewage directly into nearby natural waters. This is one of the worst types of water pollution.
Another type of pollution of sea and ocean water is petroleum oil, it taking place in connection with off-shore drilling operations. It should be also noted that unfortunately there is as yet no satisfactory method of overcoming the effects of oil spills, although many methods have been tried.
Earth pollution
In addition to air and water, the solid part of the earth is also in danger from pollution. Solid wastes include such things as: metal cans, glass bottles, plastic containers, ashes from the combustion of coal and wood and radioactive isotopes. The problems created by pollution are very difficult; fortunately great progress is being made in their solution.
Hundreds of new devices to trap and neutralize the harmful substances contained in discharged gases go into service. As a result, in more than 70% of cities where the air monitored, discharges of dust, sulphur gases and hydrogen sulphide were either stabilized or reduced altogether, harmful industrial pollution of the air of cities and industrial centers having been greatly diminished throughout the country.
Extensive measures are being taken to set up reservations and carry through biotechnical measures for the protection and reproduction of species of animals, birds and valuable fish.
Much money is being spent, but it should be noted that money alone is not enough to protect the environment. The attitude of people is vital and much depends on the people.