For problems 1 to 4
An electromagnetic wave at 1 GHz is propagating in a medium in +z direction. The medium has the following properties: Er,,,,,,,0.1. The magnitude of the electric field is measured as 100 V/m at z=0m.
Problem [1] <5 points>
What kind of a lossy medium is this?
-
Lossless
-
Low loss
Medium loss
d) Good conductor
Problem [2] <5 points>
Find the attenuation constant a
Problem [3] <10 points>
Find the wavelength
Problem [4] <10 points> Find the magnitude of the electric field at z = 0.01m Problem 151 <10 points> Conductivity of copper is a– = 5.8 x107. A copper wire with circular cross-section has a radius of imm. The AC resistance of this wire is measured as 40.853 ohms at 2 GHz. Find the length of this wire
![For problems 1 to 4 An electromagnetic wave at 1 GHz is propagating in a medium in +z direction. The medium has the following properties: Er= = = 0.1. The magnitude of the electric field is measured as 100 V/m at z=0m. Problem 111 <5 points> What kind of a lossy medium is this? Lossless Low loss Medium loss d) Good conductor Problem [2] <5 points> Find the attenuation constant a Problem [3] <10 points> Find the wavelength Problem [4] <10 points> Find the magnitude of the electric field at z = 0.01m Problem 151 <10 points> Conductivity of copper is a- = 5.8 x107. A copper wire with circular cross-section has a radius of imm. The AC resistance of this wire is measured as 40.853 ohms at 2 GHz. Find the length of this wire](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/1q-1.png?w=1170&ssl=1 "For problems 1 to 4 An electromagnetic wave at 1 GHz is propagating in a medium in +z direction. The medium has the following properties: Er= = = 0.1. The magnitude of the electric field is measured as 100 V/m at z=0m. Problem 111 <5 points> What kind of a lossy medium is this? Lossless Low loss Medium loss d) Good conductor Problem [2] <5 points> Find the attenuation constant a Problem [3] <10 points> Find the wavelength Problem [4] <10 points> Find the magnitude of the electric field at z = 0.01m Problem 151 <10 points> Conductivity of copper is a- = 5.8 x107. A copper wire with circular cross-section has a radius of imm. The AC resistance of this wire is measured as 40.853 ohms at 2 GHz. Find the length of this wire")
![For problems 1 to 4 An electromagnetic wave at 1 GHz is propagating in a medium in +z direction. The medium has the following properties: Er= = = 0.1. The magnitude of the electric field is measured as 100 V/m at z=0m. Problem 111 <5 points> What kind of a lossy medium is this? Lossless Low loss Medium loss d) Good conductor Problem [2] <5 points> Find the attenuation constant a Problem [3] <10 points> Find the wavelength Problem [4] <10 points> Find the magnitude of the electric field at z = 0.01m Problem 151 <10 points> Conductivity of copper is a- = 5.8 x107. A copper wire with circular cross-section has a radius of imm. The AC resistance of this wire is measured as 40.853 ohms at 2 GHz. Find the length of this wire](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/1-22.png?w=1170&ssl=1 "For problems 1 to 4 An electromagnetic wave at 1 GHz is propagating in a medium in +z direction. The medium has the following properties: Er= = = 0.1. The magnitude of the electric field is measured as 100 V/m at z=0m. Problem 111 <5 points> What kind of a lossy medium is this? Lossless Low loss Medium loss d) Good conductor Problem [2] <5 points> Find the attenuation constant a Problem [3] <10 points> Find the wavelength Problem [4] <10 points> Find the magnitude of the electric field at z = 0.01m Problem 151 <10 points> Conductivity of copper is a- = 5.8 x107. A copper wire with circular cross-section has a radius of imm. The AC resistance of this wire is measured as 40.853 ohms at 2 GHz. Find the length of this wire")
![For problems 1 to 4 An electromagnetic wave at 1 GHz is propagating in a medium in +z direction. The medium has the following properties: Er= = = 0.1. The magnitude of the electric field is measured as 100 V/m at z=0m. Problem 111 <5 points> What kind of a lossy medium is this? Lossless Low loss Medium loss d) Good conductor Problem [2] <5 points> Find the attenuation constant a Problem [3] <10 points> Find the wavelength Problem [4] <10 points> Find the magnitude of the electric field at z = 0.01m Problem 151 <10 points> Conductivity of copper is a- = 5.8 x107. A copper wire with circular cross-section has a radius of imm. The AC resistance of this wire is measured as 40.853 ohms at 2 GHz. Find the length of this wire](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/2-8.png?w=1170&ssl=1 "For problems 1 to 4 An electromagnetic wave at 1 GHz is propagating in a medium in +z direction. The medium has the following properties: Er= = = 0.1. The magnitude of the electric field is measured as 100 V/m at z=0m. Problem 111 <5 points> What kind of a lossy medium is this? Lossless Low loss Medium loss d) Good conductor Problem [2] <5 points> Find the attenuation constant a Problem [3] <10 points> Find the wavelength Problem [4] <10 points> Find the magnitude of the electric field at z = 0.01m Problem 151 <10 points> Conductivity of copper is a- = 5.8 x107. A copper wire with circular cross-section has a radius of imm. The AC resistance of this wire is measured as 40.853 ohms at 2 GHz. Find the length of this wire")
![For problems 1 to 4 An electromagnetic wave at 1 GHz is propagating in a medium in +z direction. The medium has the following properties: Er= = = 0.1. The magnitude of the electric field is measured as 100 V/m at z=0m. Problem 111 <5 points> What kind of a lossy medium is this? Lossless Low loss Medium loss d) Good conductor Problem [2] <5 points> Find the attenuation constant a Problem [3] <10 points> Find the wavelength Problem [4] <10 points> Find the magnitude of the electric field at z = 0.01m Problem 151 <10 points> Conductivity of copper is a- = 5.8 x107. A copper wire with circular cross-section has a radius of imm. The AC resistance of this wire is measured as 40.853 ohms at 2 GHz. Find the length of this wire](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/3-22.png?w=1170&ssl=1 "For problems 1 to 4 An electromagnetic wave at 1 GHz is propagating in a medium in +z direction. The medium has the following properties: Er= = = 0.1. The magnitude of the electric field is measured as 100 V/m at z=0m. Problem 111 <5 points> What kind of a lossy medium is this? Lossless Low loss Medium loss d) Good conductor Problem [2] <5 points> Find the attenuation constant a Problem [3] <10 points> Find the wavelength Problem [4] <10 points> Find the magnitude of the electric field at z = 0.01m Problem 151 <10 points> Conductivity of copper is a- = 5.8 x107. A copper wire with circular cross-section has a radius of imm. The AC resistance of this wire is measured as 40.853 ohms at 2 GHz. Find the length of this wire")
![For problems 1 to 4 An electromagnetic wave at 1 GHz is propagating in a medium in +z direction. The medium has the following properties: Er= = = 0.1. The magnitude of the electric field is measured as 100 V/m at z=0m. Problem 111 <5 points> What kind of a lossy medium is this? Lossless Low loss Medium loss d) Good conductor Problem [2] <5 points> Find the attenuation constant a Problem [3] <10 points> Find the wavelength Problem [4] <10 points> Find the magnitude of the electric field at z = 0.01m Problem 151 <10 points> Conductivity of copper is a- = 5.8 x107. A copper wire with circular cross-section has a radius of imm. The AC resistance of this wire is measured as 40.853 ohms at 2 GHz. Find the length of this wire](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/4-9.png?w=1170&ssl=1 "For problems 1 to 4 An electromagnetic wave at 1 GHz is propagating in a medium in +z direction. The medium has the following properties: Er= = = 0.1. The magnitude of the electric field is measured as 100 V/m at z=0m. Problem 111 <5 points> What kind of a lossy medium is this? Lossless Low loss Medium loss d) Good conductor Problem [2] <5 points> Find the attenuation constant a Problem [3] <10 points> Find the wavelength Problem [4] <10 points> Find the magnitude of the electric field at z = 0.01m Problem 151 <10 points> Conductivity of copper is a- = 5.8 x107. A copper wire with circular cross-section has a radius of imm. The AC resistance of this wire is measured as 40.853 ohms at 2 GHz. Find the length of this wire")
![For problems 1 to 4 An electromagnetic wave at 1 GHz is propagating in a medium in +z direction. The medium has the following properties: Er= = = 0.1. The magnitude of the electric field is measured as 100 V/m at z=0m. Problem 111 <5 points> What kind of a lossy medium is this? Lossless Low loss Medium loss d) Good conductor Problem [2] <5 points> Find the attenuation constant a Problem [3] <10 points> Find the wavelength Problem [4] <10 points> Find the magnitude of the electric field at z = 0.01m Problem 151 <10 points> Conductivity of copper is a- = 5.8 x107. A copper wire with circular cross-section has a radius of imm. The AC resistance of this wire is measured as 40.853 ohms at 2 GHz. Find the length of this wire](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/5-7.png?w=1170&ssl=1 "For problems 1 to 4 An electromagnetic wave at 1 GHz is propagating in a medium in +z direction. The medium has the following properties: Er= = = 0.1. The magnitude of the electric field is measured as 100 V/m at z=0m. Problem 111 <5 points> What kind of a lossy medium is this? Lossless Low loss Medium loss d) Good conductor Problem [2] <5 points> Find the attenuation constant a Problem [3] <10 points> Find the wavelength Problem [4] <10 points> Find the magnitude of the electric field at z = 0.01m Problem 151 <10 points> Conductivity of copper is a- = 5.8 x107. A copper wire with circular cross-section has a radius of imm. The AC resistance of this wire is measured as 40.853 ohms at 2 GHz. Find the length of this wire")
1 Answer