14 N 10 N 5 V V i2

Q: 4=6A 4 ww 2A 9A

A:

Q: 150 8Ω 20Ω 20 V 60 V -30 V I2 3Ω

A:

Q: 2 2 4Ω V1 5 V 82 3 V ww

A: I have solved it by doing kcl.

Q: 60 2 12 Q 6Ω 2.5 Q 80 2 15 2 20 2 35 V(+ Rea

A:

Q: ↑ ↑ 2 ohm 3 ohm 3 ohm I1 12 13 6 V 6 V 3 V

A:

Q: 20 ka 3 Vo 1 =0.2 V V1 2 V2

A: Disclaimer:  Since you have asked multipart questions, we will solve the first three subpart for…

Q: (+1 V1 12 1.25 A R1 8v 11 R2 20 ЗА 20 V2 3 y

A: Marking the nodal voltage by V as shown below:

Q: 2Ω 82 ЗА 012V +o I

A:

Q: 6A 20 V1 V2 82 4A

A:

Q: 50 Ω 75 2 0.5 A i2 10 V 50 Ω 25 Ω

A: In this question , using mesh analysis we will find unknown currents..... voltage law states that…

Q: Ip 15 V O iX Si Si 1 $221 2.2 k o +5 V 10₂ -oV₂

A:

Q: 1- Calculate I and Iz. R 1 kn VL Vz = 10 V R 5 kn 16 V P. 30 mw ZM

A:

Q: ↑ 2 ohm 3 ohm 3 ohm I1 12 13 6 V 6 V 3 V FIGURE 1

A:

Q: 82Ω 1002 1502 I (mA) V(volt) (12 10V 822 1002 1502

A: The solution can be achieved as follows.

Q: 10 2 12 V 22 202 (c) Proportional resistance

A: ELECTRICAL NETWORK: When addressing a circuit problem or constructing a balanced circuit, the word…

Q: 2 ohm 3 ohm 3 ohm I1 12 13 6 V 6 V 3 V

A:

Q: i3 22 2Ω 4Ω 8 V 4 A 82 in 12 +1+)

A: This question is from "Networks". Under which we are going to use mesh analysis for finding the…

Q: (2/2 + i) – i (1+vZi)

A:

Q: 14 V 20 + 32 V(+) (1) 2 A O 3.5 A 40

A: Applying KVL in left loop gives V2(According to KVL sum of voltages in closed loop is zero).…

Q: 1000 v2/0 ( w= 377

A:

Q: ↑ ↑ ↑ 2 ohm 3 ohm 3 ohm I1 12 13 6 V 6 V 3 V FIGURE 1

A:

Q: ance R1: 1 A ww 10 7V R2 3 V R1 20 v1 O 72 O 32 O 52 O 10

A:

Q: Determine I. 1とレ 2 ks ) 12レ my

A:

Q: Determine V, 4.7 ka E1 = 10 VoW V1 Si 22kn E2 = 5 V O A. 4.3 V O B. 1.371 V

A:

Q: 0.33 kn V Si ID1 ID2

A:

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…

A:

Q: R1 XMM1 1k0 t01 R3: 5000 R2: 1kQ V1 12V

A:

Q: O 12 V Si green 2.2 k2 2V 13.1V O 11.3V O 0.7V None of the above

A: The solution is given below

Q: 12 D A 11 = A 14= A 13= A

A:

Q: Question 18 Determine base voltage Vg 10 V 4.3 k2 Vị I B = 100 390 k2 Z +10 V A 0.7 V В) 9.3V 10 V…

A:

Q: 1. R1 1Ω V I 2 A E 24 V R2

A: We need to find out current and voltage for given circuit

Q: 4Ω. R2 R1 20 3 A 12 V 6 V E1

A: KCL: Algebraic sum of all currents at a node is equals to zero

Q: 2F 1 H 3Ω 2Н 12 V 39

A: In the given circuit, The supply voltage is DC which means the current flowing in the given circuit…

Q: 20 8Ω 6Ω + 4V Vọ 12Ω

A:

Q: 14.000 V2 2V 30ohm V1 V3 24V V4 4V O 24 V O 25 V O 23 V O22 V

A:

Q: x – 1 1. lim x→1 Vx² +3 – 2

A:

Q: 13 I4 10 A 10 Ω 20 Ω 30 Ω 2 A 60 Ω

A:

Q: 14 V 1.4 N A ww B F i1 2.7 N F E ww Fi- 14 V 1.4 N C ww iz nd the current i. nswer in units of A

A: Given circuit

Q: 2V. 42 2n3 v. 164 30 V 3A

A: Here i have applied the mesh analysis and found the answer.

Q: V_in1 = 10 mv V_in2 = 1 mv GNDI

A:

Q: ↑ ↑ 2 ohm 3 ohm 3 ohm I1 12 13 6 V 6 V 3 V FIGURE 1

A:

Q: 12 12 X1 X2 C2 1F u y (current service) +

A: R/CSR+1/CS = RRCS+1 = 11+S  TRANSFER FUNCTION = 11+S11+S+2 = 12S+3 C = [1 0] B = 10 A = abcd

Q: 3) y[n]=2y(n-1)+x(n+2)H.W.

A:

Q: 8 A i4 10 Ω 100 V 30 iz

A: From the mesh Analysis

Q: + V1 + A1 + + A2 АЗ V2 24V 120 20Ω +

A: Find current readings and voltage readings for the given circuit.

Q: 4 v I3 20 Ohm 20 Ohm I2 80 Ohm

A: In this question , we will find unknown currents...

Q: 10 Q I1 15 10 Q 12 24 V 6 V 13 12 V

A:

Q: س4 : جد قيمة المقاومة R بطريقة مجزيء التيار . It=27mA 12 I1=21mA R2 =7 2 R1

A: Note : as per guideline we have solved question at a time please repost remaining questuon

Q: 60 6 V 2 0 i1 15: i3 12 V= 14 20 i2 2 V

A: So we need to find the following currents.

Filter

A filter is a device or process which removes some of the unwanted features or components like frequencies from a signal in signal processing. The feature of filters is the complete or partial suppression of some part of the signal, and filtering is a class of signal processing. This most often means removing some frequency bands or some frequencies. In the frequency domain, the filters do not exclusively act, especially in the image processing field many other targets for filtering exist. Without having to act in the frequency domain, the correlations can be removed for certain frequency components and not for others. The filters are widely used in electronics and telecommunication, in television, radio, radar, audio recording, music synthesis, control systems, computer graphics, and image processing.