Reduce each of the following to rectangular form: a. Za = 5+j5+10∠30°; b. Zb = 5∠45°-j10; c. Zc = 10∠45°/3+j4; d. Zd = 15/5∠90°.

Q: Convert into rectangular, polar and exponential form: Given: Z1= 2-j3

A: To convert the given complex number into rectangular, polar and exponential form: Z1 = 2-j3

Q: What is the phasor expression for the impedance in polar form for the circuit below? 56 N Xc 100 N O…

A: Given circuit:

Q: Convert into rectangular, polar and exponential form: Given: Z1= 2-j3 Z2=3-j5 1. (Z1)^−5

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Q: 0.005i 70 mH i4 5Ω 250 mF 250 mF 9 cos 201 V 3Ω 9 sin 20t V

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Q: 3. Explain why Phasor and impedance diagrams have the same angles.

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Q: II. FIND THE RECTANGULAR FORM OF THE FF: 4. 15ei25° 5. бе

A: Polar form is in the form of re^theta and reactangular form is rcos(theta)+jrsin(theta).

Q: Express each of these complex numbers in rectangular form and in polar form: a. Zd = 5ej30°; b. Zb =…

A: a. Zd = 5ej30° The polar form is given by,  The rectangle form of a complex number can be Witten…

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A: Given two fields is - v1z,t=sinωt-kzv2z,t=sinω+∆ωt-k+∆kz

Q: Given that Z1 = 10 + j5 and Z = 20 – j20, reduce Z1 + Z, Z¡ – Z, ZZz, and Z¡lZz to rectangular form.

A: Given: Z1=10+j5,Z2=20-j20.

Q: Convert into rectangular, polar and exponential form: Given: Z1= 2-j3 Z2=3-j5 1. e^e^Z2

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Q: Find TL, SWR, Zi, given ZL = 100 - j 50 2 with Zo = 150 2, 1= 0.25 A %3D

A: Voltage reflection coefficient, SWR, and Zl is determined as shown below

Q: Determine the impedance ZL for maximum average power transfer and the value of the maximum average…

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A: The solution is given below

Q: phasor diagram of π (pi) model transmission line

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Q: Given: A. Simplify the following expression Z=r20 in polar form, where r20 and -180° < 0s 180°. (3 –…

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Q: An impedance, such as Z₁ = 5 - j3 (22), is a phasor. True False

A: Given data, Impedance, Z1=5-j3 Ω

Q: EVALUATE and FIND THE REAL AND IMAGINARY PART OF THE GIVEN EQUATION. Given: A = 8 – 2i B = 4e-i C =…

A: Since you have posted the questions with multiple subpart so we are supposed to answer 3 subpart.

Q: total impedance [ZT] in polar form,

A: Given-E= 100∠0o VR= 8 ohmXL=6 ohm

Q: Find Z,Z2. Z1/ Z2, Z¡ + Z2, Z, - Z2 and write your answers in both polar and rectangular format…

A: The values of the impedances is given as: Z1=10+j5Z2=20-j20 The calculations of the above…

Q: Given: a Simplify the expression Z. Express the answer in rectangular form. 4Z90° + (x + j4)* 2ej45°…

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Q: Given: Zc, ZL Find V. in rectangular form. 1+ j2 N )102 – 90° V Zc N V. 10 V. (rectangular form) ell

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Q: Calculate the value of ZL in the circuit in order for ZL to receive maximum average power. What is…

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Q: Convert into rectangular, polar and exponential form: Given: Z1= 2-j3 1. csch(Z1)

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Q: Solve the equation using Cramer's rule (10 + j20)I, -+ j10I, = 60/30° (13.3.1 For mesh 2, j101, +…

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Q: Q6/ Determine the impedance Zx for the AC bridge shown in the figure below Z, =270 2230 Z, =420 2…

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Q: Example25/ T-L with Zo=6000,ZR = 100 Q. Find the length and location of the %3D single stub…

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Q: If P = sin ( 5t + x -) a, and Qs = el*(a, - a,) sin(2ny), determine %3D a) the phasor form of P b)…

A: a) Phasor form of the P P=sin5t+x-π4ayconvert it into exponential form,P=imgej5t+x-π4aynow drop the…

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Q: Questions 46 Given: Zc, ZL If Ix = 220° A, find the phasor current Is and phasor voltage Vab. Write…

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Q: Convert into rectangular, polar and exponential form: Given: Z1= 2-j3 1. 3^z1

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Q: Z, 5+/5 Z3 1-12 Z2 j4

A: The given figure is: Vf=100∠0°

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Q: Express each of these complex numbers in rectangular form and in polar form: a. Zg = 5e130° b. Z, =…

A: a) Zd=5ej30° The polar form representation is given by Zd=5∠30° And the rectangular form is given by…

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A: Admittance is the reciprocal of impedance.

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Q: For the figure shown, what is I in rectangular form?

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Q: 9. Find the two square roots of 16(cos - jsin) using De moivre's theorem. Express in rectangular…

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Z parameter

The Z-parameters that are the impedance parameters of a two-port network are defined by expressing the two-port voltages V1 and V2 in terms of two-port currents I1 and I2. The Z-parameters are calculated by open circuiting one of the two ports at a time henceforth they are called open-circuit impedance parameters.