For problems 6 to 1 0
An electromagnetic wave propagating in free space is given as E = 100e-hgY2 . The magnetic field can be given as H = lise”PY:s. where Hs is a magnitude and s is a unit vector.
Problem [6] <5 points>
What is the direction of propagation?
- +x
- +y
- +z
- -x
- -z
Problem [7] <5 points>
Calculate H.
Problem [8] <5 points> What is s in s.
Problem [9] <7 points>
Calculate the total electromagnetic power passing through a surface described by x = 3 —> 6, y = 4 —> 9, z = 0 sur—P….r.e
Problem [10] <8 points>
Calculate the total electromagnetic power passing through a surface described by x = 4 8, y = 0, z = 5 —> 10
![For problems 6 to 1 0 An electromagnetic wave propagating in free space is given as E = 100e-hgY2 . The magnetic field can be given as H = lise"PY:s. where Hs is a magnitude and s is a unit vector. Problem [6] <5 points> What is the direction of propagation? +x +y +z -x -z Problem [7] <5 points> Calculate H. Problem [8] <5 points> What is s in s. Problem [9] <7 points> Calculate the total electromagnetic power passing through a surface described by x = 3 —> 6, y = 4 —> 9, z = 0 sur--P....r.e Problem [10] <8 points> Calculate the total electromagnetic power passing through a surface described by x = 4 8, y = 0, z = 5 —> 10](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/6-7.png?w=1170&ssl=1 "For problems 6 to 1 0 An electromagnetic wave propagating in free space is given as E = 100e-hgY2 . The magnetic field can be given as H = lise\"PY:s. where Hs is a magnitude and s is a unit vector. Problem [6] <5 points> What is the direction of propagation? +x +y +z -x -z Problem [7] <5 points> Calculate H. Problem [8] <5 points> What is s in s. Problem [9] <7 points> Calculate the total electromagnetic power passing through a surface described by x = 3 —> 6, y = 4 —> 9, z = 0 sur--P....r.e Problem [10] <8 points> Calculate the total electromagnetic power passing through a surface described by x = 4 8, y = 0, z = 5 —> 10")
![For problems 6 to 1 0 An electromagnetic wave propagating in free space is given as E = 100e-hgY2 . The magnetic field can be given as H = lise"PY:s. where Hs is a magnitude and s is a unit vector. Problem [6] <5 points> What is the direction of propagation? +x +y +z -x -z Problem [7] <5 points> Calculate H. Problem [8] <5 points> What is s in s. Problem [9] <7 points> Calculate the total electromagnetic power passing through a surface described by x = 3 —> 6, y = 4 —> 9, z = 0 sur--P....r.e Problem [10] <8 points> Calculate the total electromagnetic power passing through a surface described by x = 4 8, y = 0, z = 5 —> 10](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/7-2.png?w=1170&ssl=1 "For problems 6 to 1 0 An electromagnetic wave propagating in free space is given as E = 100e-hgY2 . The magnetic field can be given as H = lise\"PY:s. where Hs is a magnitude and s is a unit vector. Problem [6] <5 points> What is the direction of propagation? +x +y +z -x -z Problem [7] <5 points> Calculate H. Problem [8] <5 points> What is s in s. Problem [9] <7 points> Calculate the total electromagnetic power passing through a surface described by x = 3 —> 6, y = 4 —> 9, z = 0 sur--P....r.e Problem [10] <8 points> Calculate the total electromagnetic power passing through a surface described by x = 4 8, y = 0, z = 5 —> 10")
![For problems 6 to 1 0 An electromagnetic wave propagating in free space is given as E = 100e-hgY2 . The magnetic field can be given as H = lise"PY:s. where Hs is a magnitude and s is a unit vector. Problem [6] <5 points> What is the direction of propagation? +x +y +z -x -z Problem [7] <5 points> Calculate H. Problem [8] <5 points> What is s in s. Problem [9] <7 points> Calculate the total electromagnetic power passing through a surface described by x = 3 —> 6, y = 4 —> 9, z = 0 sur--P....r.e Problem [10] <8 points> Calculate the total electromagnetic power passing through a surface described by x = 4 8, y = 0, z = 5 —> 10](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/8-1.png?w=1170&ssl=1 "For problems 6 to 1 0 An electromagnetic wave propagating in free space is given as E = 100e-hgY2 . The magnetic field can be given as H = lise\"PY:s. where Hs is a magnitude and s is a unit vector. Problem [6] <5 points> What is the direction of propagation? +x +y +z -x -z Problem [7] <5 points> Calculate H. Problem [8] <5 points> What is s in s. Problem [9] <7 points> Calculate the total electromagnetic power passing through a surface described by x = 3 —> 6, y = 4 —> 9, z = 0 sur--P....r.e Problem [10] <8 points> Calculate the total electromagnetic power passing through a surface described by x = 4 8, y = 0, z = 5 —> 10")
![For problems 6 to 1 0 An electromagnetic wave propagating in free space is given as E = 100e-hgY2 . The magnetic field can be given as H = lise"PY:s. where Hs is a magnitude and s is a unit vector. Problem [6] <5 points> What is the direction of propagation? +x +y +z -x -z Problem [7] <5 points> Calculate H. Problem [8] <5 points> What is s in s. Problem [9] <7 points> Calculate the total electromagnetic power passing through a surface described by x = 3 —> 6, y = 4 —> 9, z = 0 sur--P....r.e Problem [10] <8 points> Calculate the total electromagnetic power passing through a surface described by x = 4 8, y = 0, z = 5 —> 10](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/9-5.png?w=1170&ssl=1 "For problems 6 to 1 0 An electromagnetic wave propagating in free space is given as E = 100e-hgY2 . The magnetic field can be given as H = lise\"PY:s. where Hs is a magnitude and s is a unit vector. Problem [6] <5 points> What is the direction of propagation? +x +y +z -x -z Problem [7] <5 points> Calculate H. Problem [8] <5 points> What is s in s. Problem [9] <7 points> Calculate the total electromagnetic power passing through a surface described by x = 3 —> 6, y = 4 —> 9, z = 0 sur--P....r.e Problem [10] <8 points> Calculate the total electromagnetic power passing through a surface described by x = 4 8, y = 0, z = 5 —> 10")
![For problems 6 to 1 0 An electromagnetic wave propagating in free space is given as E = 100e-hgY2 . The magnetic field can be given as H = lise"PY:s. where Hs is a magnitude and s is a unit vector. Problem [6] <5 points> What is the direction of propagation? +x +y +z -x -z Problem [7] <5 points> Calculate H. Problem [8] <5 points> What is s in s. Problem [9] <7 points> Calculate the total electromagnetic power passing through a surface described by x = 3 —> 6, y = 4 —> 9, z = 0 sur--P....r.e Problem [10] <8 points> Calculate the total electromagnetic power passing through a surface described by x = 4 8, y = 0, z = 5 —> 10](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2023/07/10-11.png?w=1170&ssl=1 "For problems 6 to 1 0 An electromagnetic wave propagating in free space is given as E = 100e-hgY2 . The magnetic field can be given as H = lise\"PY:s. where Hs is a magnitude and s is a unit vector. Problem [6] <5 points> What is the direction of propagation? +x +y +z -x -z Problem [7] <5 points> Calculate H. Problem [8] <5 points> What is s in s. Problem [9] <7 points> Calculate the total electromagnetic power passing through a surface described by x = 3 —> 6, y = 4 —> 9, z = 0 sur--P....r.e Problem [10] <8 points> Calculate the total electromagnetic power passing through a surface described by x = 4 8, y = 0, z = 5 —> 10")
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