- •Содержание
- •Предисловие
- •Рецензия
- •Unit 1. Physics
- •Words and word combinations to be remembered
- •Unit 2. The history of physics
- •Words and word combinations to be remembered
- •Unit 3. Isaac newton
- •Words and word combinations to be remembered
- •Unit4. Three states of matter
- •Words and word combinations to be remembered
- •Unit 5. The fundamental physical constants
- •Words and word combinations to be remembered
- •Unit 6. Measurements in physics
- •Words and word combinations to be remembered
- •Unit 7. Heat
- •Words and word combinations to be remembered
- •Unit 8. Electricity
- •Words and word combinations to be remembered
- •Unit 9. Waves
- •Words and word combinations to be remembered
- •Unit 10. Sources of light
- •Words and word combinations to be remembered
- •Unit 11. Einstein’s special theory of relativity
- •Words and word combinations to be remembered
- •Unit 12. The conservation and the transformation of energy
- •Words and word combinations to be remembered
- •Words and word combinations to be remembered
- •Unit14. The discovery of radioactivity
- •Words and word combinations to be remembered
- •Unit 15. Nuclear reactors
- •Words and word combinations to be remembered
- •Grammar exercises
- •1. Continuous Tenses
- •2. Modal verbs
- •3. Equivalents of modal verbs
- •4. The Present Perfect Tense
- •5. The Past Perfect Tense
- •6. The Future Perfect Tense
- •7. The Passive Voice
- •8. Sequence of Tenses
- •9. Direct and Indirect Speech
- •10. Gerund
- •11. Complex object
- •12. Complex subject
- •13. Subjunctive mood
- •14. Conditional mood
- •Список использованной литературы
- •Шаншиева с. А. Английский язык для математиков: Учебник ⁄ с.А. Шаншиева. – м. : гис, 2006. – 424 с. Интернет-ресурсы
Words and word combinations to be remembered
Advanced – современный, передовой |
to be connected with – быть связанным с |
law – закон |
up-to-date – современный, новейший |
introduce – вводить, представлять, знакомить |
velocity – скорость |
complicated – сложный, трудный для понимания |
calculate – вычислять, подсчитывать |
equation – уравнение |
in terms of – в исчислении, исчисленный в к.-л. выражении |
follow from – следовать из |
constant – постоянная |
convergence – сближение |
apply – применять, употреблять |
relativity – относительность |
involve – включать в себя, содержать |
join – соединяться, присоединяться |
research – поиск, исследование |
Ex. 1. Translate from Russian into English:
Современная физика, закон движения, закон инерции, закон параллелограмма, закон динамики, закон гравитации, изменение скорости, уравнение второго порядка, исчисление бесконечно малых, количество движения, постоянная Планка, мир расширяется, разделять, сближение, проникать, очевидный, сложные явления, предсказать.
Ex. 2. Match the words in 2 columns, what do these expressions mean? Make up your own sentences with these word combinations:
Mathematical side |
subject |
The most advanced |
novelty |
Differential |
of physics |
Revolutionary |
science |
Special |
phenomena |
Hybrid |
theory of the relativity |
Complicated |
equation |
Ex. 3. Fill in the blanks:
1. … showed that the laws of motion are the same for all kinds of dead matter.
2. Galileo introduced the law of … and … law.
3. From the law of inertia it followed that … .
4. The basic idea of dynamics, the equations of motion, the ideas of momentum, of inertia, of mass and of acceleration were applied by Newton to large bodies like the Earth and the Moon to explain … .
5. In 1905 … published his special theory of relativity.
6. Ten years later he published his … theory of relativity.
7. Towards the end of that time the sciences were beginning to separate. Just at this moment we can see … .
8. Physics is increasingly penetrating … .
9. We are having a growing symbiosis between … .
10. Our job in physics is … .
Ex. 4. Answer the following questions:
1. What is the text concerned with? 2. What physical concepts did Galileo introduce into theory? 3. What did Galileo explain by these concepts? 4. Was it possible to explain the structure and the motion of the universe by Galileo's law of inertia? Why? 5. What did Newton develop to explain the structure and the motion of celestial bodies? 6. What physical concepts did he introduce into his Principia? 7. What two departures from Newtonian principles followed at the very beginning of the 20th century? 8. What did Planck want to explain by his constant h? 9. What did Einstein try to explain? 10. What new knowledge did physicists get from these discoveries?
Ex. 5. Say a few words about:
Galileo’s theory
Newton’s theory
Leibniz theory
Einstein’s theory