- •Internal combustion engine
- •Give equivalents to the following words and word combinations:
- •Translate the following sentences into Russian:
- •Using the English-Russian dictionary translate the following text
- •Into Russian:
- •IV. Translate the following information into English:
- •Translate the following sentences into Russian:
- •Explain and translate the following definitions of the car body elements:
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- •Give equivalents to the following words and word combinations:
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- •Translate the following text into Russian:
- •Give equivalents to the following words and word combinations:
- •Translate the following sentences into Russian:
- •Translate the following information into Russian:
- •Translate the following text into Russian:
- •Be ready to talk and discuss the general structure of a ship
- •Uss Nimitz’s catapult 1
- •Translate the following text into English:
- •Inspecting a used car
- •Incandescent lighting - освещение лампами накаливания
- •Answer and translate the following questions:
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- •IV. Translate the following information into English:
- •Various definitions
- •Decipher and translate the following abbreviations:
- •Answer the following question:
- •Translate the following text into Russian:
- •Translate the following material into English:
- •I. Translate the following sentences:
- •II. Translate the following information in to Russian:
- •Translate the following advertising material into English:
- •Be ready to talk about the power supply at your home.
- •Introduction to power electronics
- •I. Answer the following questions:
- •Translate into English words in brackets and then the sentences
- •Into Russian:
- •Translate the following text: Conductors
- •Translate the following sentences:
- •Translate into English: Теория цепей
- •Translate into Russian: Current supply
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- •Translate the text and be ready to discuss the general radio design:
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- •Translate the following extract: Microphone transmitter.
- •Introduction to radar fundamentals
- •Give equivalents to the following words and word combinations:
- •Put 10 questions to the text and answer them:
- •Translate into Russian the following text:
- •Translate into English:
- •Read and translate the list of chemical elements with their symbols and atomic number: (in alphabetical order)
- •Translate the following sentences:
- •Translate into Russian:
- •Translate into English:
- •Translate the following information into English:
- •Put 6 questions to the text and answer them:
- •Translate the following sentences in to Russian:
- •Translate the following text and he ready to discuses properties of elements: Chemical properties of elements
- •Vanderwaals radius
- •Ionic radius
- •Isotopes
- •Translate the following text into English using proper terms given below:
- •Classification by Structural Change
- •Classification by Reaction Type
- •Translate into Russian the following sentences:
- •Translate the follow text into Russian:
- •Translate the classification of hydrocarbons into Russian:
- •Reaction Characteristics
- •Factors that Influence Reactions
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- •Translate the following text into English: Насыщенные углеводороды
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- •Be ready to answer questions on the text and talk about the refinery presses.
- •Translate words and word combinations in brackets into English. Translate
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- •Translate in to English:
- •Interface поверхность раздела; граница
- •Viscosity
- •Translate words and word combinations in brackets into English. Then
- •Translate the following text and be ready to discuss it: crude oil pretreatment (desalting).
- •Electrostatic desalting.
- •Translate the following sentences into Russian:
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- •Improving the quality of petroleum products
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- •Answer the following questions:
- •Translate into Russian:
- •Translate into English:
- •Translate into Russian: The Physics of Oil Refineries
- •Discussion of the refinery process. Prepare the brief report on one of the theme topics.
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- •Introduction to nuclear power
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- •Inside the reactor
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- •Translate into Russian:
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- •Give equivalents to the terms on the fig.2 using technical dictionaries.
- •Translate into Russian:
- •Translate into Russian:
- •Translate the following information into Russian:
- •Translate into English: Устройство энергетических ядерных реакторов.
- •Put several questions to the text above and answer them:
- •Translate the following text into Russian:
- •Translate the following extract into Russian:
- •To check yourself try to translate the following text at sight:
- •Introduction to the almr/prism
- •Translate the following information into English: хранение ядерного топлива
- •Work area
- •Electrical safety
- •Power tool use and care
- •Service
- •Рабочее место
- •Поддерживайте чистоту и порядок на Вашем рабочем месте.
- •Меры безопасности при подключении к электросети.
- •Указания по безопасности
- •Использование инструмента и уход за ним.
- •Important safety instructions
- •Translate into English:
- •Устройство и принцип работы р ис. 1. Внешний вид аппарата.
- •6 Claims, 5 Drawing Figures exhaust gas recirculation apparatus for engine with turbocharger
- •Read the patent given above, identify its parts and be ready to comment on peculiarities of their translation. 2. Translate the following extract into English:
- •Beltline: The horizontal area of the body along the door just below the side-window glass.
- •Abstract
- •Description
Read and translate the list of chemical elements with their symbols and atomic number: (in alphabetical order)
Translate the following sentences:
In chemical industry (the one which produces acids, bases and salts) sulphuric acid is used for the preparation of practically important sulphates, such as copper sulphate, ferrous sulphate, ammonium sulphate and etc.
Being a strong and nonvolatile acid, sulphuric acid is used for the production of weaker and more volatile other acids from their salts.
Large quantities of sulphuric acid are used for the production of mineral fertilizers: ammonium sulphate, super phosphate, etc.
Most of the rare metals, pure or alloyed, have a great number of valuable physical and chemical properties.
Germanium, indium, tellurium, selenium, etc. are used in the production of semiconductors (i.e. substances which have different electrical resistances in two opposite directions).
To produce alloys resistant to high temperature, which are needed in design of jet and rocket motors, nickel, chromium, cobalt, titanium and molybdenum are used.
Metal cutting tools are made of hard alloys of chromium, tungsten, titanium, etc.
Translate into Russian:
The atomic number indicates the number of protons within the core of an atom. The atomic number is an important concept of chemistry and quantum mechanics. An element and its place within the periodic table are derived from this concept. When an atom is generally electrically neutral, the atomic number will equal the number of electrons in the atom, which can be found around the core. These electrons mainly determine the chemical behaviour of an atom. Atoms that carry electric charges are called ions. Ions either have a number of electrons larger (negatively charged) or smaller (positively charged) than the atomic number.
Atomic mass
The name indicates the atomic mass of an atom, expressed in atomic units of mass (u). Each isotope of a chemical element can vary in mass. The atomic mass of an isotope indicates the number of neutrons that are present within the core of the atoms. The atomic mass indicates the number of particles within the core of an atom; this means the protons and neutrons. The total atomic mass of an element is an equivalent of the mass units of its isotopes. The relative occurrence of the isotopes in nature is an important factor in the determination of the overall atomic mass of an element.
Density
The density of an element indicates the number of units of mass of the element that are present in a certain volume of a medium. Traditionally, density is expressed through the Greek letter ro (written as p). Within the SI system of units density is expressed in kilo
grams per cubic meter (kg/m3). The density of an element is usually expressed graphically with temperatures and air pressures, because these two properties influence density.
Translate into English:
а) Плотность характеризует массу соединения. Химики постоянно используют величину, называемую относительной плотностью, которая является отношением массы неизвестного вещества и хорошо известного, например воды.
Относительная плотность вещества - это масса некоторого объема этого вещества, деленного на массу того же объема воды.
б) Явление, при которых происходит превращение одних веществ в другие, т.е. изменения состава вещества, называется химическими явлениями, или химическими реакциями.
в) Молекулярным весом вещества называется вес его молекулы, выраженной в кислородных единицах. Молекулярный вес показывает, во сколько раз молекула вещества тяжелее '/16 веса атома кислорода.
г) Вес вещества, вступившего в реакцию, равен весу веществ, образовавшихся в результате реакции. Каждое сложное вещество имеет постоянный качественный и количественный состав независимо от способов его получения.
д) Атом - наименьшая часть химического элемента, являющегося носителем его свойств. Атом состоит из атомного ядра и электронной оболочки, в которой на определенных уровнях располагаются электроны. Общее количество электррнов равно порядковому номеру в периодической таблице Д.М. Менделеева.
