ELE370 — Engineering Electromagnetics — Summer 2017
Exam 6
Problem [1] <10 points>
An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric
field is measured as 10 V/m at z0rn, and it is measured as 1 ‘Vlm at Calculate the skin depth c5 in this
medium
Problem [2] <10 points>
Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire
Problem [3] <10 points>
Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz.
Problem [4J <10 points>
The electric field propagating in R direction in free space is given as ,,,,The magnetic field can
Problem [5] <10 points>
Consider the electromagnetic wave in Problem 4. –The Poynting vector can he given as ,75
Problem [6] <10 points>
The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters
Problem [7] <10 points>
Figure shows a parallel plate transmission line with following parameters
=3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line
Problem [8] <10 points>
The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance
Problem [9] <10 points>
A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance
Problem [10] <10 points>
Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load
![ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/1-26.png?w=1170&ssl=1 "ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load")
![ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/2-10.png?w=1170&ssl=1 "ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load")
![ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/3-24.png?w=1170&ssl=1 "ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load")
![ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/4-11.png?w=1170&ssl=1 "ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load")
![ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/5-9.png?w=1170&ssl=1 "ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load")
![ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/6-11.png?w=1170&ssl=1 "ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load")
![ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/7-4.png?w=1170&ssl=1 "ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load")
![ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/8-3.png?w=1170&ssl=1 "ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load")
![ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/9-7.png?w=1170&ssl=1 "ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load")
![ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/10-13.png?w=1170&ssl=1 "ELE370 — Engineering Electromagnetics — Summer 2017 Exam 6 Problem [1] <10 points> An electromagnetic wave is propagating in a low loss medium in +z direction, The magnitude of the electric field is measured as 10 V/m at z0rn, and it is measured as 1 'Vlm at Calculate the skin depth c5 in this medium Problem [2] <10 points> Conductivity of copper is a = 5.8 x107. A copper wire with square cross-section has length 50 meters and 1 MITI thickness, Calculate the DC resistance of this wire Problem [3] <10 points> Consider the copper wire in Problem 2. Calculate the AC resistance of this wire at 20 Gilz. Problem [4J <10 points> The electric field propagating in R direction in free space is given as ,,,,The magnetic field can Problem [5] <10 points> Consider the electromagnetic wave in Problem 4. -The Poynting vector can he given as ,75 Problem [6] <10 points> The Poynting vector in free space is given as S =100____ R. Calculate total power passim?, through a spherical R2 co-centered at the origin of the coordinate system. The radius of the sphere is 5 meters Problem [7] <10 points> Figure shows a parallel plate transmission line with following parameters =3mtn,h =1.mm,cr= 3,p, =1,a = 0a. = 0, . Calculate the characteristic impedance of this transmission line Problem [8] <10 points> The wavelength on a transmission line is measured as lm at 100 MHz, The characteristic impedance is 500 Calculate the per unit length inductance Problem [9] <10 points> A 15 volts voltage source generates an incident voltage wave of 10 Volts on a transmission line. Calculate the source resistance Problem [10] <10 points> Consider the circuit in Problem 9. The accompanying incident current wave is 0.1 Amps. Calculate the reflected current wave from a 50 Ohms load")
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