GIS443 Exercise 4 Questions (V2)

The constellation diagram of 16-QAM has ______ dots. a. 4 b. 16 c. 8 d. none of the above

Define and draw unit circle. What is the significance of unit circle for system analysis?

Solve by block algebra the system.(need handwritten only ,otherwise downvote.)

Write the state equadion for the_netwoyK- Shawabelow. Uit) "loope 343 (0op2)多R2

The _________ model has the advantage that the parameters are defined by the actual operating conditions. a.re b.hybrid-pi c.pi d.hybrid

Briefly explain TNC-S earthing scheme as applied to earthing system design. (Hint: Support your answer with a well labelled diagram).

(c) Draw a circuit diagram to represent a TN-C-S earthing system and briefly explain its advantages and disadvantages.   (d) Briefly explain how to estimate the height of air termination of a lightning protection system network using the rolling sphere method and protection angle method. (e) Briefly explain what is meant by Ground Potential Rise (GPR) and explain why an animal like cow would not be adequately protected against GPR.   Note : answer all or else dnt attempt the question

Question 12 kana .Perform the calculation and record the answer with the correct ((34.123+3.10))/((98.7654-7.444))  Full explain this question and text typing work only     We should answer our question within 2 hours takes more time then we will reduce Rating Dont ignore this line

GIVEN: Three-phase System Data: 30 Source ZLine 30 Load Ean Zan = Zbn = Zen = 0.1 + j1.5 n Source: 12020° v; Epn = 1202 – 120° v; Een = 1204120° v (grounded neutral) Line Impedance: Zline a = Zline b Zline c = 1+ j2 N; C Load Impedance: Zab 40 + j30 N; Zbc = 40 – j30 N; Zca = 50 + j0 N %3D %3D

urgenttttttttt   The curve of error vs. temperature for an RTD is more ___________ below 0°C than it is above 0°C. (fill in the blank)

what is GIS and GPS?

will give thumbs up if answered!!! :DDDD Answer 1A and 1B

If there is an entire row of zero in the Routh table, the system may be marginally stable. TRUE OR FALSE

The system having ±0.5% of F.S.D if the full scale deflection is 50 units, then accuracy is _____ a. ±0.25 b. ±1 c. ±0 d. ±0.5

summary explain the block diagram

Pls answer fast !!

Immediately after a reset, CS=FFFF and IP=_______. (Give four hex digits.)

REDUCE THE BLOCK DIAGRAM USING MANUAL ALGEBRA, DON'T USE THE RULES., THANKS.

The curve of error vs. temperature for an RTD is more ___________ below 0°C than it is above 0°C. (fill in the blank)

hello guys. could you solve the question quickly? thank you

Hi, can anyone help me with this ACCR question? thanks

Complete using the 2020 NEC, Table 310.16, 310.15(B)(1), and 310.15(C)(1) or 2023 NEC, Table 310.16, 310.15(B)(1)(1), and 310.15(C)(1)

pls help me in these questions pls write the questions with the and by (Computer) 1- In data presentation system, calibration is ___________________. a. putting a heavy object on the measurement device. b. compressing spring of indicators in one direction. c. connecting a load across the output terminals of any element of a measurement system. d. comparing the output of a measurement system and its subsystem against standards of known accuracy.================ 2- The following explains the process that can occur in conditioning a signal.I. Protection to prevent damage to the next element.II. Getting the signal into the right type of signal.III. Getting the level of the signal right.IV. Eliminating or reducing noise by amplifying the signal.V. Manipulating a signal e.g. making it a linear function. a. All the answers. b. III, IV and V. c. I, II and IV. d. I, II, III and V.=============3- Based on the figure below, which of the following statement is INCORRECT in…

Which of the following FFs should trigger falling edge?

Compute using 4 decimal places and use scientific notation when necessary Box all final answers. FIND: 2. Under Unbalanced Condition With Faults: a. Load Line Currents (Ia, Ip,Ic);

QUESTION 3 The power system network is shown in Figure 3. The magnitude of voltage at bus 1 is adjusted to 12 0° per unit, buses 2 and 3 are the load buses. Line impedances are marked in per-unit on 100 MVA base and the charging susceptances are neglected. Determine the bus voltage at load 2 and 3 using the Gauss-Seidel iteration method (accurate to four decimal places). Perform calculation for two iterations. jo.033 P= 400 Mw HQu= 320 MVar Vi = 120° Figure 3 10.05 +P= 300 MW 70.0125 +QF 270 MVar

. Calculate the magnitude of the sending end voltage inkV.(need only handwritten solution .otherwise downvote.)

This true or false Question from DIGITAL COMMUNICATIONS Course,just write for me the final answer. q14)

In the circuit diagram below, decreasing the value of VT causes _______ in the value of IR2