In frec space E (z,t) = 103 sin(ωt - βz) uy v/m. What is the value of H (z,t)

Electromagnetic Field Theory
In frec space E (z,t) = 103 sin(ωt - βz) uy v/m. What is the value of H (z,t)

(103/377) sin(ωt - β z)(-uy) A/m.

(103/377) cos(ωt - β z)(-ux) A/m.

None of above.

(103/377) sin(ωt - β z)(-ux) A/m.

(103/377) sin(ωt - β z)(-uy) A/m.

(103/377) cos(ωt - β z)(-ux) A/m.

None of above.

(103/377) sin(ωt - β z)(-ux) A/m.

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Electromagnetic Field Theory
Two parallel plates are separated by a distance D charged by V volt. The field intensity E is given by,

V / D

V² / D

V × D²

V × D

V / D

V² / D

V × D²

V × D

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Electromagnetic Field Theory
The statement which is not correct from the following:

Gauss’s static that divergence of D = ρu.

Gauss’s law states that total electric flux through any surface is equal to the total charge enclosed by surface.

For a uniform long charged line with l1 c/m the electric field intensity E is given as E = ρL/(π ε0.r).

An electric flux line is an imaginary path or a line drawn in such a way, that its direction at any point is the direction of electric field at that point.

Gauss’s static that divergence of D = ρu.

Gauss’s law states that total electric flux through any surface is equal to the total charge enclosed by surface.

For a uniform long charged line with l1 c/m the electric field intensity E is given as E = ρL/(π ε0.r).

An electric flux line is an imaginary path or a line drawn in such a way, that its direction at any point is the direction of electric field at that point.

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Electromagnetic Field Theory
A magnetic field B = 5 × 10-2 uz T exerts a force on 0.02 m conductor along the x-axis. The conductor carried a current of 5 mA in the – ux direction. What force must be applied to the conductor to hold it in position

5 × 10-5 ux N.

5 × 10-5 uy N.

5 × 10-5 uz N.

- 5 × 10-5 uy N.

5 × 10-5 ux N.

5 × 10-5 uy N.

5 × 10-5 uz N.

- 5 × 10-5 uy N.

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Electromagnetic Field Theory
Which of this statement is not characteristic of a static magnetic field

it has no sink or sources.

magnetic flux lines are always closed.

it is solenoidal.

it is conservative.

it has no sink or sources.

magnetic flux lines are always closed.

it is solenoidal.

it is conservative.

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Electromagnetic Field Theory
Plane z = 10 m carries charge 20 C/m2. The electric field intensity at the origin is

– 10 uz v/m.

– 72 πuz v/m.

– 360 πuz v/m.

– 18 πuz v/m.

– 10 uz v/m.

– 72 πuz v/m.

– 360 πuz v/m.

– 18 πuz v/m.

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Electromagnetic Field Theory

Electromagnetic Field Theory In frec space E (z,t) = 103 sin(ωt - βz) uy v/m. What is the value of H (z,t)

Electromagnetic Field Theory Two parallel plates are separated by a distance D charged by V volt. The field intensity E is given by,

Electromagnetic Field Theory The statement which is not correct from the following:

Electromagnetic Field Theory A magnetic field B = 5 × 10-2 uz T exerts a force on 0.02 m conductor along the x-axis. The conductor carried a current of 5 mA in the – ux direction. What force must be applied to the conductor to hold it in position

Electromagnetic Field Theory Which of this statement is not characteristic of a static magnetic field

Electromagnetic Field Theory Plane z = 10 m carries charge 20 C/m2. The electric field intensity at the origin is

Electromagnetic Field Theory
In frec space E (z,t) = 103 sin(ωt - βz) uy v/m. What is the value of H (z,t)

Electromagnetic Field Theory
Two parallel plates are separated by a distance D charged by V volt. The field intensity E is given by,

Electromagnetic Field Theory
The statement which is not correct from the following:

Electromagnetic Field Theory
A magnetic field B = 5 × 10-2 uz T exerts a force on 0.02 m conductor along the x-axis. The conductor carried a current of 5 mA in the – ux direction. What force must be applied to the conductor to hold it in position

Electromagnetic Field Theory
Which of this statement is not characteristic of a static magnetic field

Electromagnetic Field Theory
Plane z = 10 m carries charge 20 C/m2. The electric field intensity at the origin is