Two 1kΩ resistors are connected in series from point A to point B; their junction is labelled C. Two more resistors are connected in series from A to B; their junction is labelled D. A to D is a 1 kΩ resistor while D to B is an unknown resistor R. A galvanometer is then connected between C and D, and a battery is connected across A and B. Finally, a potentiometer consisting of a 20 cm length of high-resistance wire, 25 kΩm−1, with a sliding contact is connected, the bottom of the wire to B and the slider to D, in parallel to R. When the slider is 8 cm from the bottom, the galvanometer reads zero. i)  Draw the circuit diagram ii)  Calculate the value of the unknown resistor R.

Q: 9. Find Rin(emitter), Ay, A₁, and Ap for the unloaded amplifier in Figure 6-57.

A: The required parameters can be calculated by using the DC and AC analysis of the amplifier circuit.

Q: In the given circuit, find the equivalent resistance of: 1.) Equavalent resistance across a and e…

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Q: ) Design a multirange voltmeter with ranges of 0-1V, 0-10V, 0-50V, 0-150V using the series resistors…

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Q: An instrument with Im = 60µA full scale deflection and internal resistance of RM =1kN is to be…

A: In this question , we have to find out shunt resistance value for converting ammeter to given…

Q: 6. Design a multirange voltmeter to obtain the voltage ranges of 0-10V, 0-50V, 0-100V, 0-500V. Im=…

A: A.C. and D.C. voltages may both be measured using the moving coil multi-range voltmeter. The…

Q: 3) When two resistors RA and Rg are connected in series, the total resistance is 360. when connected…

A:

Q: A zero to 300 V voltmeter has an error of ±2% of the full-scale deflection. If the true voltage is…

A:

Q: Q6 In following circuit a resistor of 10k Q and inductor 2 mH is connected across 240 V and 50HZ…

A: Given data: R= 10 KΩ= 10×103ΩL=2 mHV =240 Vf= 50 Hz

Q: A voltmeter has accuracy 1.2% of full reading from 0 to 100 V. the theoretical expected value we…

A: The solution can be achieved as follows.

Q: If a voltmeter is used to measure 5V six times and the readings were as follows: 4.5V  4.5V  4.5V…

A: Given  If a voltmeter is used to measure 5V six times and the readings were as follows: 4.5V  4.5V…

Q: Suggest 3 Capstone Design Project Ideas that is limited to Electrical Engineering. If there's an…

A: Here we discuss about 3 Capstone Design Project Ideas that is limited to Electrical Engineering

Q: For the circuit in Figure 7, determine the output voltage V, if the DC current source 1 100 μΑ. R =…

A: In the op amplifier circuit,  Find the output voltage Vo if the DC current I1  is 100uA. Here, this…

Q: +12V 4.7kQ 150KN 1MQ Vout VIC B = 180 3.3kQ

A:

Q: The best of all of the following values (of Rx) to be measured by the shunt type Ohmmeter is: 100…

A: We need to select correct option for shunt type ohmmeter .

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Q: LDR 500 L LED 10 K 1ok Tronsfitor

A: To show in what direction current will flow

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A: Loading effect in voltmeter: Ideally, the resistance of the voltmeter is considered to be infinite…

Q: 7. A 0 to 300 V voltmeter has an error of 2% of the full-scale deflection. If the true voltage is 30…

A: Given data:Required information:Range of the voltmeter

Q: 5. In a 10 V source a 2F and 1F capacitors are connected in parallel. If the voltage across 2F is 10…

A: To solve above problem, one should know how to find equivalent capacitance for series and parallel…

Q: 4. Given the int a. Ic b. VE C. VB

A: Let's assume Beta as 100

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A: no. of nodes in a circuit depends on the no . of branches and way they are connected.

Q: it, find the equivalent resistance and voltage across each resistance. Given the following:

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Q: (b) Figure Q2(b) shows a BJT amplifier with ß = 120 and VBE = 0.7 V. (i) Calculate current, IB, Ic…

A: Given: β=120 and VBE=0.7 V

Q: Find Rin(emitter), Ay, A₁, and A,, for the unloaded amplifier in Figure 6-57.

A: The required parameters can be calculated by using the DC and AC analysis of the amplifier circuit.

Q: Find Vo and Io in the circuit of the following figure. ww 12 ww- 4V 22 ww ww

A:

Q: What is the equivalent resistance of the following resistor network? Please give your answer in ΚΩ.…

A: We need to find out the equivalent resistance for given circuit by using of series and parallel…

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Q: What is a Ripple counter? Draw the circuit of a 2 bit ripple counter.

A: - Ripple counter is also known as asynchronous counter.  In this counter flip flop corresponding to…

Q: What is the collector current in the given circuit in figure +22 V 10KO 39KA 10µF HE Vo 10 µF B = =…

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Q: Calculate the minimum input voltage that will maintain the voltage across the load at 9 V when R=217…

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Q: What is the value of the base current of the circuit in Figure 1? 56.50 μA 19.02 μA 8.28 MA O 2.28…

A:

Q: The measured value of a voltmeter is 20V and the expected value of the voltage measurement was 25V.…

A: Given data: Voltmeter Measured value = 20 V Voltmeter True value = 25 V

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A: We need to find out the output voltage for the given circuit.

Q: Q-4 Draw the circuit using ten resistors in series (5) and parallel (5) combination E Implement the…

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Q: 12, 5Ω 25 4Ω

A: Apply delta-star conversion  Let us take terminals as A and B

Q: A moving coil ammeter has its full scale deflection changed from 100mA to 500 mA with the addition…

A: Given: A moving coil ammeter has Im=100 mAI=500 mARsh=0.5 Ω

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A: Voltage across the load (Vo or VZ) = 11 V R = 218 Ω RL = 990 Ω Maximum zener current, IZmax =…

Q: Find the input resistance, voltage gain, current gain, and power gain for the amplifier in Figure…

A: Calculation of input resistance, Voltage gain, current gain and power gain for the following…

Q: The neutral point N a) star connection b) delta connection c) in both connection d) none of these

A:

Q: Write the equivalent resistance across terminals A and B. Answer: circuit reduction. 2 ΚΩ AO M RAB.…

A: Equivalent resistance is calculated by using reduction technique. Reduce the circuit from right side…

Q: Determine the total input resistance of the emitter follower in Figure 6-29. Also determine the…

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Q: Identify if the LED in the given circuit below is ON or OFF O ON O OFF

A:

Solar Cell

A solar cell, or photovoltaic cell, is a device that converts light into electricity directly through a photovoltaic effect, i.e., a physical and chemical event. It is a type of electromagnetic cell, defined as being used for its electrical properties, current, voltage, or resistance, which vary when exposed to light. Everyday cellular gadgets are usually the building blocks of photovoltaic modules, collectively known as solar panels. Single junction silicon solar cell can generate an open circuit of about 0.5 to 0.6 volts.