answer question 2.b.i quickly .. thank you (i) Construct the Wheatstone bridge circuit to measure the change in resistance ofthe gage(s) and show the location of the gage on the beam. If thea strain of 4000 µstrain, calculate the Wheatstone bridge output.[Bina litar titi Wheatstone bagi mengukur perubahan rintangan tolok (-tolok) dan tunjukanlokasi tolok pada rasuk. Jika tolok menunjukkan terikan sebanyak 4000 µterik, hitungkeluaran titi Wheatstone.]gageindicates (b) You are required to measure the strain of a cantilevered beam when subjected to abending load by using strain gage(s). The nominal resistance of each strain gageand resistor is 120 Q, supply voltage is 5 V and the gage factor is 2.10.[Anda diminta untuk mengukur terikan bagi sebuah rasuk julur apabila tertakluk kepada bebanlentur dengan menggunakan tolok (-tolok) terikan. Rintangan namaan bagi setiap tolok terikan danperintang adalah 120 Q, voltan bekalan adalah 5 V dan faktor tolok adalah 2.10.]

Answered: Image /qna-images/answer/ab367552-a8e7-4f44-a83d-1c3cdbb8f2f8.jpg

(i) Construct the Wheatstone bridge circuit to measure the change in resistance of the gage(s) and show the location of the gage on the beam. If the gage indicates a strain of 4000 µstrain, calculate the Wheatstone bridge output. [Bina litar titi Wheatstone bagi mengukur perubahan rintangan tolok (-tolok) dan tunjukan lokasi tolok pada rasuk. Jika tolok menunjukkan terikan sebanyak 4000 µterik, hitung keluaran titi Wheatstone.]

(i) Construct the Wheatstone bridge circuit to measure the change in resistance of the gage(s) and show the location of the gage on the beam. If the gage indicates a strain of 4000 µstrain, calculate the Wheatstone bridge output. [Bina litar titi Wheatstone bagi mengukur perubahan rintangan tolok (-tolok) dan tunjukan lokasi tolok pada rasuk. Jika tolok menunjukkan terikan sebanyak 4000 µterik, hitung keluaran titi Wheatstone.]

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter10: System Protection

Section: Chapter Questions

Problem 10.4P

See similar textbooks

Similar questions

a) Determine total admittance and impedance. b) Draw admittance diagram and impedance diagram. c) Determine the values of C and L. d) Determine the voltage ?? ⃗ and the currents ?? (Se image ! last task)
12.a. For performing dielectric-strength tests on insulating materials, two transformers are connected in aA. parallel combination.B. series combination.C. polyphase arrangement.D. cascade arrangement.12.b. A demountable stud bushing on high-voltage leads eliminates the need forA. a gasket.B. an oil stop.C. a terminal lug.D. a porcelain bushing.
Calculate the voltage Va by node analysis, please show the step by step procedure. Problem first stated in spanish, I will add it in case it works. Calcular el voltaje Va por medio del análisis de nodos, favor mostrar elprocedimiento paso a paso.
USE NODAL ANALYSISshow solution step by step please thank you answer it in 1hr. redraw if necessary
1.Determine the dc voltages, VB with respect to ground 2.Determine the dc voltages, VE with respect to ground 3.Determine the dc voltages, VC with respect to ground
Solve all for good rating otherwise don't do question. Q.) Catagorise Statements true or false
Determine the percentage of maximum power delivered to the load resistance, when RL =3Rth
Obtain the symmetrical components of a set of unbalanced currents:IA = 1.6 ∠25IB = 1.0 ∠180IC = 0.9 ∠132
If side A has a length of 18.5 ft and side B has a length of 28 ft, what is the length of the hypotenus
Question (1): (a) Prove that gmax/gmin in a single-core cable is equal to D/d. (b) Draw the key diagram of a typical 66/11 kV sub-station Here is only 1 question. So answer both parts.
A load on 3-wire d.c. system with 500 V between the outers consists of 1500 A on the positive side and 1300A on the negative side while motors connected across outers absorb 500 kW. Assuming each balancer machine has a loss of 3·75 kW, calculate the load on the main generator and each balancer machine.
Problem 1 – The 4.16kV distribution station capacitor bank below consists of 3 ungrounded double-wye (UGDY) stages with a main breaker connecting Stage 1 capacitors directly and with Stages 2 and 3 through vacuum switches. Capacitor Unit Ratings: 2.400kV, 200kVAR CT Data: Main Breaker: 1500/5, Neutral CT: 50/5 Schweitzer SEL-351 Relay Data: Inst. Overcurrent Pickup Range: 0.25–100.00 A, 0.01 A steps Time Overcurrent Pickup Range: 0.25–16.00 A, 0.01 A steps Time-Dial Range: 0.50–15.00, 0.01 steps (US Curves) Inverse Delay Curve: US-U4 (Extremely Inverse) selected. a) Specify an appropriate K-Link expulsion fuse for individual capacitor units based on IEEE Std 18 overload requirements. HINT: The MMT curve fine print indicates that while the fuse melting curve starts well above the fuse’s nominal current rating, the fuse should not be overload on a normal basis without also derating it. b) For the main breaker relays, specify settings for each of the relay functions indicated…