3Ω RL 10 V 82 (1)1.5A

Q: R1 5K V1+ 20 RL 120

A:

Q: 5Ω 1Ω 2Ω 10 V 4Ω + I

A:

Q: 0.5V, 2Ω ww 10 V (+ 2 A R

A: for calculating RTH short circuit all voltage source and open circuit current sources,…

Q: 10 V R 20 V 6 A

A:

Q: 3Ω 6 A 8Ω 2 V

A:

Q: 25 V 5 is

A: We have solved this using mesh analysis. Please find the attached solution.

Q: 3V 2 A 5Ω. 8Ω R +

A: To get the maximum power we have found the thevenin voltage and current.

Q: R2 iok R1 3.Зк R 15K 9

A:

Q: 20 1n 20 Calculate Voltage across 20 Resistor where supply v= 10volts. a) 2V b) 3V c) 10V d) 4V

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Q: 10 kQ 10 V Si Si 7.3 V- 5.3 V (-10 V

A:

Q: 30 10 80 Rin 50 Figure 3

A: Here 2 ohm,8ohm and 5ohm form star.hence for the simplicity we convert it into delta and solve it.

Q: Silver Aluminum 1 km a/3 2а/3

A:

Q: 2 mA 3 kf 6000 312 kl 12 kf)

A: Hindi question we need to find a node voltage by using nodal analysis.  I.e - net current at a node…

Q: Vỵ = Vx. + 1° 1° 34 2V x

A: The circuit showing meshes and currents is drawn below

Q: في دائرة الشكل الموضح هو )lo( التيار 10 A 4 A 4 A 4. ww ww

A:

Q: + 32 V -8 + 2 ww +1

A: Redrawing the given circuit by assuming a loop current in the circuit:

Q: 2mW is equal to ____dBW (referenced to 1 W).

A:

Q: 3. R=6050.88 Q is equal to 6.05 ko

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Q: Ge 2k 13V Si 10k Vo=

A:

Q: 60ké 6 6MF iB=100 0,75kd

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Q: 5Ω t = 0 10 V 2 mH 10 ww

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Q: Ge 10V 1.2 ka Si 20 V 2 ka 2kQ 4.7 ka -2 V (b)

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Q: 3Ω ww ww o a 15 V 4 A

A: To calculated the current, IN with the help of norton theorem in the below given circuit.

Q: L1 750 mH 0/V1 R1 680 ko Vout 1kHz

A: In electrical networks we shall get different kinds of dynamic circuits which contains dynamic…

Q: 129 aa 10Ω b 4Ω d 6Ω

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Q: y=25 in(2x)+3

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Q: 8Ω ww 6 V (+ ( 3 A

A: Given circuit:

Q: (+1) Vs 6Ω 3Ω 2Ω ww |.

A: Given data, Vs=5 V, Is=10 A Circuit diagram is given as,

Q: 1 (d) {x:극20} +1

A: Value of x for (x2 -1) /(x2 +1) >_0

Q: 10. R equivalent

A: If the resistors are connected in series, the current flowing through them is equal and the…

Q: 20 24 V 4 Q 12 V 10 A AA

A: Note: As currents I1, I2 and I3 are not mentioned in the circuit, here current through all resistor…

Q: Find the value of the voltage on the( 1 )resistor 0.5 Q 0.333Q A 5V 10V 10 Flg. 1

A:

Q: 30 V: 5k0

A: The solution is given below

Q: 0.5Vy +. A3 32 , 20 Ω ν , 15 Q 6 A

A: To determine the value of voltage Vy by KCL in the given below circuit:

Q: 1 = 0 3i + "C 2 mF 10 V 85H ll

A:

Q: Calculate VaD Si A 11 RI Si 1 kohms 1 kohms |12 Si 13 Ge 10 V A) 8.2 V B) 8.6 V C) 9.3 V 10 V

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Q: a + 0.5i, 4S 3 A ww

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Q: 8 Ω 6 V 2 Ω O 3 A +1

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Q: 90 kn Is 60 k 30 kf) 3 V

A: To solve above given problem, one should understand current division rule and ohm's law Current…

Q: 1kO A, A 12 1ka 1kQ 1200 13 A, 20V 4700 1000

A: In the given circuit apply delta to star conversion for lattice 'abc '…

Q: Determine Req if each R is 5 ohms

A:

Q: Find the number of 1 in (3753)8

A: Use binary equivalent Since every octal number has 3 bit binary equivalent

Q: Si 10 v + si O v - 1.0kn 10 V

A: In this question we will find output voltage....

Q: 10.2 mA /0° R₂ = ∞ RĮ L Cz

A: It is given that: i) BW=500 Hzii) Qp=30iii) VCmax=1.8 V

Q: 10 ΚΩ M R₁ 10 V 10 ΚΩ Μ R2 + 20 V

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Q: 5. R equivalent

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Q: GON 2402 MOv (+ 7OV 990n 50N 2002

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Q: E1 E4 두 30v, 20 E3 5v, 10Ω E 20 2Ω 5Ω 10 E5 E2 b 6v, 10 24x 10

A:

Q: SS ww Ge 6 S 12 S ww

A:

Electrical Heating Unit

The conversion of electrical energy to heat energy is known as electric heating. The heating system that converts the electrical energy to heat energy for various application is called electrical heating unit. Electricity is employed as the firing mechanism in electric heating systems, which transforms electric current to heat. Electric heaters have heating elements in the form of electric resistors.