how do you mathematically prove that both i1 and i2 have a value of 0 for this question??
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how do you mathematically prove that both i1 and i2 have a value of 0 for this question??
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- 18 V d e 3140 What is 12 current 13 3Ω of value and capacitor 10 V b load value? g | = 0 5 V 5µF 1000 043 2300804340 b200 0,8 ve 75 2 ve 70 b2001u. 043 - 230040 0,6 ve 75 b200100043 - 2300804340 3 ve 60 43404Discussion For the circuit below complete the table R 5 Ω 10 V 60 Hz 100 μF R Total 10+j0 10 0° Volts 68.623m + j364.06m Amps 370.5m Z 79.325° 5+ j0 52 0° 0 - j26.5258 5 - j26.5258 Ohms 26.5258 Z-90° 26.993 L-79.325°Discussion For the circuit below complete the table R 5Ω 10 V 60 Hz 100 µF R C Total 10 + j0 V Volts 10 Z0° 68.623m + j364.06m Amps 370.5m Z 79.325° 5+ j0 52 0° 5 - j26.5258 26.993 Z-79.325° 0 - j26.5258 Ohms 26.5258 Z-90°
- Discussion For the circuit below complete the table R 5Ω 10 V 60 Hz 100 μF R Total 10+j0 Volts 10 Z0° 68.623m +j364.06m Amps 370.5m Z 79.325° 5+ j0 0- j26.5258 5 - j26.5258 Ohms 520° 26.5258 -90° 26.993 Z-79.325°R4 8000 R6 ww 3000 U2 19.999 R1 23000 RZ R2 8000 DC 100 DC 100 9.796 9000 U3 15.822 R3 24500 DC 1e 0090 0.024 DC 100 30 V 2000 DC 1e 0090 0.045 RS 0.071 4500 DC 1e 0090 For a given circuit by theoretical calculations determine the readings of ammeters (11-13) and voltmeters (U1-U3) for three cases: 1) In its original state (shown in the picture) 2) In case of resistances R6 and R5 are open 3) In case of resistances R7 and R4 are closed Record the results in the table. А1, A А2, A АЗ, А V1, B V2, B V3, В In its original state In case of resistances R6 and R5 are open In case of resistances R7 and R4 are closed3 M E D $ 32 V 4 R F CV RTH of the circuit above is equal to.. % 5 T 492 ^ 2 A Q Search 40 6 G H + & C- 222 ΒΙΝΙΓΜ 512 Ω K a b ......ohm RL U ㅁ
- Find: Ib, Ic, Vce, Vb, Vc, Vrb Vre, & Vrc Note: show your solutions no solution means wrong answers. C2 HE 1000μF Rb 560 ΚΩ VCC 12V Rc 2kQ Q1 C1 요 HE 1000μF 2SC1815 R1 2000Find T 0.5 ms 40 92 www www 892 160 92 20 mH wwwReferring to this figure, calculate Zo if yos = 40 μS. o 20 V Va να N Z₁ 5 3.20 ΚΩ 3.25 ΚΩ 3.75 ΚΩ 2.92 ΚΩ ww ΤΑ ΜΩ ΜΑΤΙΩ ww HE Ins-8 mA Νέα σ Z₂ ΙΚΩ
- Consider the following circuit diagram: 15 ΚΩ 1V ww 7.5 ΚΩ Μ www 15 ΚΩ al (Β) Rm = 22.5 kΩ and I Ό O 7.5 ΚΩ Μ 15 ΚΩ = -66.66 με (C) Rm = 22.5 kΩ and I 0 (D) Rm =15 kΩ and I = 33.33 MA = -33.33 με θα 7.5 ΚΩ www. RTh Σ15kΩ {15 = OV Find Thevenin resistance, Ry, and output current, I of the circuit. (A) Rm =15 kΩ and I = 66.66 MA | με Ο 23 Σ15 :15 ΚΩ 15 ΚΩ Μ w +15 V -15 V 37.5 ΚΩa] After the 20N–100 2–50 N wye is replaced by its equivalent delta, the circuit reduces to 320 Q 80 Q 1A 1 400 Q 600 0 2400 160020 V (+1) 4 Ω αλλ Req 6ΩΣ 8 Ω ΒΩ 10 Ω ΖΩ 12 Ω www 4Ω αλλ Μ ΣΩ 19 ΖΩ 3 Ω