Electromagnetic Theory Ampere Law Online Exam Quiz
Electromagnetic Theory Ampere Law GK Quiz. Question and Answers related to Electromagnetic Theory Ampere Law. MCQ (Multiple Choice Questions with answers about Electromagnetic Theory Ampere Law
When the rotational path of the magnetic field intensity is zero, then the current in the path will be
Options
A : 1
B : 0
C : ?
D : 0.5
Find the magnetic field intensity when the current density is 0.5 units for an area up to 20 units.
Options
A : 10
B : 5
C : 20
D : 40
Find the magnetic flux density of a finite length conductor of radius 12cm and current 3A in air( in 10-6 order)
Options
A : 4
B : 5
C : 6
D : 7
Calculate the magnetic field intensity due to a toroid of turns 50, current 2A and radius 159mm.
Options
A : 50
B : 75
C : 100
D : 200
Find the magnetic field intensity due to an infinite sheet of current 5A and charge density of 12j units in the positive y direction and the z component is below the sheet.
Options
A : 6
B : 0
C : -6
D : 60k
Find the magnetic field intensity due to an infinite sheet of current 5A and charge density of 12j units in the positive y direction and the z component is above the sheet.
Options
A : -6
B : 12k
C : 60
D : 6
Find the current density on the conductor surface when a magnetic field H = 3cos x i + zcos x j A/m, for z>0 and zero, otherwise is applied to a perfectly conducting surface in xy plane.
Options
A : cos x i
B : –cos x i
C : cos x j
D : –cos x j
The point form of Ampere law is given by
Options
A : Curl(B) = I
B : Curl(D) = J
C : Curl(V) = I
D : Curl(H) = J
The Ampere law is based on which theorem?
Options
A : Green’s theorem
B : Gauss divergence theorem
C : Stoke’s theorem
D : Maxwell theorem
Electric field will be maximum outside the conductor and magnetic field will be maximum inside the conductor. State True/False.
Options
A : True
B : False
C :
D :
Electromagnetic Theory Ampere Law more Online Exam Quiz
Electric Circuits Node Voltage Dependent Sources
Electric Circuits Node Voltage Mesh Current
Electric Circuits Source Transformations
Electric Circuits Voltage Current Sources Resistance
Electromagnetic Theory Aptitude Test
Electromagnetic Theory Assessment