A | B | C |
1. A unit for measuring the frequency of sound waves | a) C | a) Nicola Tesla |
2. A unit for measuring dynamic viscosity | b) F | b) Alessandro Volta |
3. A unit for measuring heat capacity | c) dB | c) James Clerk Maxwell |
4. A unit for measuring electric charge | d) Gs | d) Michael Faraday |
5. A unit for measuring magnetic flux | e) V/m | e ) James Prescott Joule; William Thomson, 1st Baron Kelvin |
6. A unit for measuring magnetic induction | f) T | f) Alexander Graham Bell |
7. A unit for measuring electric field intensity | g) Hz | g) Blaise Pascal |
8. A unit for measuring capacitance | h) Pas | h) Charles-Augustin de Coulomb |
9. A unit for measuring magnetic-flux density | i) Mx | i) Heinrich Rudolf Hertz |
10. A logarithmic unit that is widely known as a measure of sound pressure level, but is also used for a wide variety of other measurements in science and engineering, most prominently in acoustics, electronics, and control theory. | j) J/K | j) Karl Friedrich Gauss |
Translate these passages about some things typical of the history of science. The history of developing systems of machine translation (MP) is under authors consideration.
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a) Read text 1 for Unit 3 from the appendix 1 of supplementary file about the Hubble telescope. Which features typical of the history of science does it illustrate?
b) Read text 2 for Unit 3 from the appendix 1 of supplementary file which discusses briefly the history of engineering. For which field of engineering have you been trained for? Do you know the names of legendary engineers in your field?