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- ANSWER ASAP PLS! A, B, C onlyPlease answer E12.12. There is a misprint in the question, the network is in E12.11 and not E12.12. The network is available above the question E12.12please quickly thanks ! true or false 6 In the GSM system,userl working with frequency A;user2 working in the frequency B, use A has no interference with user B.
- FROM THE SOLVE DIAGRAM FOR A COMBINATIONAL ELEMENT ACCORDING TO THE NOMENCLATURE FOR IT, WITH SAT DATA VCC= 18V, VBE= .47V, VBB = 9V, VCE= .92 V ICSATMAX= 290mA. β= 55 RE= 3.3 OHMS WHAT IS THE VALUE OF RB?2. Apply nodal analysis to find the current io (t) in the following circuit. ?? = 6 cos (200? + 15 °) ?.For the given network:(a) Calculate IB and IC.(b) Determine re.(c) Determine Zi and Zo.(d) Find Av and Ai.
- Show your work on Smith chart if the load Antenna 963+654 J and transmission line 1200 ohm A) find ditsance between Zload and Short Circuit B) Find distance From Y load and Short Circuit Will give you negative rating if the answer is spam and wrong Dont Convert to advanced physicsDetermine Leq at terminals ?−? of the circuit (your final answer should be in milli)In Question 16, what is the total losses in watts of the over-all setup (from source to load)? Round your answer to 0 decimal places.
- Answer parts d and e, already posted abccan you help find the Vo for circuit B ASAP. TYIAA No.10 AWG aluminum conductor carrying a load of 16A on a 220 V, single-phase circuit. Approximate the maximum distance. Use a maximum voltage drop of 3%. (Hint: the conductor has a cross-sectional area of 10, 380 cmils) a.198.23 ft b.86.5 ft c.51.9 ft d.None of these