1. The nominal resistance value of the a 4-band resistor is 470 k2 + 5%. a. What is the resistance range of the resistor? b. What is the arrangement of the band colors? S. The 5-band resistor has a tolerance of 5% and a maximum resistance value of 5,040,000 2. a. What is the nominal resistance value? b. What is the resistance range? c. What is the arrangement of the band colors?

Q: RE A D1 B1 Q1 2N3906 RB1 RC B1 RB1 RE RC D1 Q2 16V 1k 4k 12k VZ: 2.7V PNP BJT

A: Brief description : Here they have mention a PNP transistor circuit. For the given circuit diagram…

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A: Series combination of L1 and C2, c1 and L2,L3 and C4 ,L4 and C5,C3 and L5,L6 and C6 are in parallel

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A: According to the question we have show how we can solve the given term.

Q: QUESTION 3a Which of the folowing waveforma is desoribed by v0 = 10u-2) - Su(t-4) - Bui-6)7 10 OA

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Q: R + H3 G1 H1 + G2 H2 C

A: It is asked to simply the given block diagram

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A: Given: RL=250Ω

Q: 10 V 10 V ĮR1 $3.9kn ĮR3 381kn Q1 2N2219 R4 R2 7.9kN .7kΩ

A:

Q: 5. Determine the total resistance if each R is 30. O RT M -W

A:

Q: Consider the circuit shown below. Vcc VEE= 7V. R1 = 4k and R2 5k. B 99. Determine Ig in mA. %3D Vcc…

A:

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A: The circuit diagram,

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Q: +12V DC R1 C2 TDA2040 C1 100nF 22K 220uF C7 22uF C6 R6 IC1 TDA2040 IN 22K 2200uF 2 K1 R5 4.7 ohm R4…

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A: Effective voltage across the resistors =√2 V Maximum voltage = ?

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A: The given circuit is We need to determine the voltage drop across (a).

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A:

Q: L2 Tc T K, G3 G4 H2

A: GIVEN: a block diagram FIND: reduce the block diagram using matlab code

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A:

Q: Q4 Using super position theorem determines the current in 1.50 resistor. 1.5 Q C 32 T9V 232 4.5 VT…

A: Draw the circuit when only the 9V source is working and the 4.5V source is short-circuited.

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A: To find the equivalent resistance of a complex circuit, it is important to convert complex circuits…

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A:

Q: See Attached P3

A:

Q: The resistance of a 125 2 strain gauge changes by 1 ohm for 4000 micro strain. The gauge factor is…

A: Given: The resistance, R=125 Ω. Change in resistance, ∆R=1 Ω. Strain, ε=4000×10-6.

Q: 220N 500N 1202 В

A:

Q: Find Rt R1 R3 R4 R6 102 20Ω 102 102 R5 R2 100 100 V1 30V

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Q: ww 751 01 U10+ 40 kQ 731 02 351 02 Z UA. A 108 8.00 Vo Solve for i, -

A: given here a op amp circuit and asked to find the i0 in the circuit. here nothing is mentioned about…

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A: For the given data Length is calculated as shown below

Q: If two resistances of 10 Q and 5 Q are connected in parallel. Find equivalent resistance. а. 33.33 m…

A: When two resistance R1,R2 are in parallel Equivalent Resistance R= (R1*R2)/(R1+R2) R=(10*5)/(10+5)…

Q: U G1 G4 G3 Entry (E) G2 H2

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Q: (e) Create a list of components for the following circuit.

A: A circuit diagram is given in the question. We need to list out the components used in the circuit.

Q: 3. For the circuit shown in Fig. 2 R = 10Rs = 10 km, (a) derive an expression for the transfer…

A: Given: Resistance are, Ri=10 Rs=10 kΩRi=10 kΩRs=1 kΩf3dB=50 Hz Figure can be given as,

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A: Option A is correct. The detailed solution is provided below.

Q: find zi&zo

A:

Q: L ll R2 ww ei R1 For the given electrical circuit write down equations of motionį ww

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Q: error ratio using masons gain

A: Given:  Required: Error ratio using Mason's gain formula.

Q: R1 V1 R2 V2 R3 V1 V2 R1 R2 R3 VAB Vc VBE VBD VAD 11V 8V 1ko 2.2ko 3.3ko 10V 4V 4700 3300 5600 5V 1V…

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Q: Calculate the value of V1 and V2?

A:

Q: a) For resistors R₂ and Rs, explain in your own words why they are in a configuration that is…

A:

Q: Now let's try using a pack of AA batteries (1.2 V output voltage and 0.2 Ohm internal resistance…

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Q: in the circuit are The electromotive parces of the E1 = 1V, E2 = 3V and Eg = 2V are er nal…

A: KVL, states that “in any closed-loop network, the total voltage around the loop is equal to the sum…

Nodal Analysis

In the analysis of any electric circuit, nodal analysis is the method of determining the potential difference or voltage between different nodes in an electric circuit. A node is a point where two or more branches connect each other. In the nodal analysis, the voltages are determined in the terms of branch currents. The nodal analysis is also known as the node voltage method or branch current method. The nodal analysis method is one of the several applications of Kirchhoff's Current Law (KCL).