Basic Electrical Engineering Ohms Law Magnetic Circuit Online Exam Quiz

Basic Electrical Engineering Ohms Law Magnetic Circuit GK Quiz. Question and Answers related to Basic Electrical Engineering Ohms Law Magnetic Circuit. MCQ (Multiple Choice Questions with answers about Basic Electrical Engineering Ohms Law Magnetic Circuit

A ring having a cross-sectional area of 500 mm2, a circumference of 400 mm and ?=800microWb has a coil of 200 turns wound around it. Relative permeability of ring is 380. Calculate the reluctance.

Options

A : 1.68 * 10-4A/Wb

B : 1.68 * 104 A/Wb

C : 1.68 * 106 A/Wb

D : 1.68 * 10-6A/Wb

View Answer

A ring having a cross-sectional area of 500 mm2, a circumference of 400 mm and ?=800microWb has a coil of 200 turns wound around it. Calculate the flux density of the ring.

Options

A : 1.6T

B : 2.6T

C : 3.6T

D : 4.6T

View Answer

Calculate the MMF when the magnetic flux is 5Wb and the reluctance is 3A/Wb.

Options

A : 10At

B : 10N

C : 15N

D : 15At

View Answer

A ring having a cross-sectional area of 500 mm2, a circumference of 400 mm and ?=800microWb has a coil of 200 turns wound around it. Relative permeability of ring is 380. Calculate the magnetomotive force.

Options

A : 1442At

B : 1342At

C : 1432At

D : 1344At

View Answer

A ring having a cross-sectional area of 500 mm2, a circumference of 400 mm and ?=800microWb has a coil of 200 turns wound around it. Relative permeability of ring is 380. Calculate the magnetising current.

Options

A : 6.7A

B : 7.7A

C : 7.6

D : 6.1A

View Answer

Ohm’s law for magnetic circuits is _________

Options

A : F=?S

B : F=?/S

C : F=?2S

D : F=?/S2

View Answer

The equivalent of the current I in magnetic ohm’s law is?

Options

A : Flux

B : Reluctance

C : MMF

D : Resistance

View Answer

What happens to the MMF when the magnetic flux decreases?

Options

A : Increases

B : Decreases

C : Remains constant

D : Becomes zero

View Answer

What is MMF?

Options

A : Magnetic Machine Force

B : Magnetomotive Force

C : Magnetic Motion Force

D : Magnetomotion Force

View Answer

Can we apply Kirchhoff’s law to magnetic circuits?

Options

A : Yes

B : No

C : Depends on the circuit

D : Insufficient information provided

View Answer

Basic Electrical Engineering Alternating Current Resistive Circuit more Online Exam Quiz

Basic Electrical Engineering Mesh Analysis

Basic Electrical Engineering Multiple Choice

Basic Electrical Engineering Mutual Inductance

Basic Electrical Engineering Nodal Analysis

Basic Electrical Engineering Nortons Theorem

Basic Electrical Engineering Online Quiz

Basic Electrical Engineering Online Test

Basic Electrical Engineering Oscillation Energy Resonance

Basic Electrical Engineering Parallel Impedance Circuits

Basic Electrical Engineering Parallel Networks