E=36 V I=1.3 mA+ 3. P= mW R=1kQ 5. P= /= 360 mA W R = 100 £2 E=24 V E=6V I= 4 mA 4. 1=__A P = 36 W 6. R= ΚΩ P= 24 mW

Q: Explain why (This is voltage divider) Terminal D = 20 Vdc Terminal C = 10 Vdc Terminal A = -15…

A: In this question,  Find the voltage at the point A, C, D  We know V= IR

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: 6-10 In Fig. 6-20, solve for the following: , V, V, V, b,b. Va, P, P, P, Pa and P.

A:

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A: The solution can be achieved as follows.

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Q: R2=1002 R5=1502 R4=3002 E =60V R1=1002 R3=2002 R7=1502 R6=1502

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Q: Reduce the circuit in Figure 6-82 to its Thevenin equivalent as viewed from terminals A and B. 15 V=…

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Q: 1 Calculate 4 -9 (6-175)=3 2

A:

Q: 28. For each circuit in Figure 6-83, determine the Thevenin equivalent as seen from terminals A and…

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A:

Q: A. Explain your back ground about the diode and Zener diode.

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Q: 53. Find RT in Figure 5-87. FIGURE 5-87 R₂ 12 V www <-5.6 Mn R₁ 4.8 V Ry P = 21.5 μW +6

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

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Q: 4Ω 2 A iz 2Ω 2Ω DV +1)

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A:

Q: Determine the unknown voltage drop, 5, in Figure 5-35. FIGURE S-35 12 V 50 %23:

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Q: What is most nearly the total resistance between points A and B? R-20 c A-5A R-20 0 R- 15 V 12 V

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Q: Determine the unknown voltage drop, 5, in Figure 5-35. FIGURE S-35 12 V

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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.