1. “The net flux in an electric field that crosses a closed surface, in an outward pattern is equal to the net positive charge enclosed in that surface.” This is also known as
ANSWER: Gauss Law
2. What does ITFS stands for?
ANSWER: Instructional Television Fixed Service
3. What is a loss due to valence electron?
ANSWER: UV absorption
4. Provides policy to improve provision of local exchange carrier
ANSWER: EO 109
5. Charles Law
ANSWER: V1T1= V2 T2
6. Who discovered the Electron?
ANSWER: Thompson
7. The unit of which is also defined as the radiated blackbody.
ANSWER: Candela
8. Each electron plate should exceed not less than __________ of surface on the exterior soil
ANSWER: 1/5 square meter
9. Unit used to measure dosage of x radiation from x - ray
ANSWER: roentgen per hour
10. A professional Electronic Engineer is not a member of an Accredited Professional Organization must register for at least how many years?
ANSWER: 5 yrs
11. The NTC defines outdoor equipment device
ANSWER: 250 mW
12. One requirement for applying for MFDP is the lists of stocks and accessories sufficient enough
ANSWER: 6
13. Which of the following is a base?
ANSWER: Bases have a pH of 7 to 14. The greater the pH #, the more it is basic for example, pH14.
14. MPSC and MPD - P1200 licensed every year
15. License plate size - 50 cm x 100 cm
16. Include: name of business
type of service
business address
license #
17. Inquire at NTC regional office
18. TV emission of F3E and C3F –
19. 1.725 to 1.79 MHz - wireless phone (bandwidth required by the NTC)
20. 8 VA - power in 1 sq meter (hospital)
21. 11 Mbps - 1000 paid by public excess
22. 7 drop call rate in year
23. value added service
24. RA 6849 - operation and maintenance of public phone
25. Chlorine - added to the water to kill bacteria
26. In chemical reaction, liquid molecules is broken down to smaller release gas – true
27. diffusion
28. Varignon’s theorem - coplanar forces is equal to force couple
29. Bernoulli’s principle - steady flow pressure KE/V PE/V is the same
30. Luminance - luminance intensity/ A - candle/ m^2
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