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Test: Magnetic Field Due to an Electric Current - Electrical Engineering (EE) MCQ


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10 Questions MCQ Test Basic Electrical Technology - Test: Magnetic Field Due to an Electric Current

Test: Magnetic Field Due to an Electric Current for Electrical Engineering (EE) 2024 is part of Basic Electrical Technology preparation. The Test: Magnetic Field Due to an Electric Current questions and answers have been prepared according to the Electrical Engineering (EE) exam syllabus.The Test: Magnetic Field Due to an Electric Current MCQs are made for Electrical Engineering (EE) 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Magnetic Field Due to an Electric Current below.
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Test: Magnetic Field Due to an Electric Current - Question 1

If the flow of electric current is parallel to the magnetic field, the force will be ______

Detailed Solution for Test: Magnetic Field Due to an Electric Current - Question 1

Force is a cross product. A cross product involves the sine of the angle between them. If two quantities are parallel to each other, the angle between them is zero. Sin(0) is zero, hence force is zero.

Test: Magnetic Field Due to an Electric Current - Question 2

The force existing between two infinite parallel conductors is inversely proportional to ________

Detailed Solution for Test: Magnetic Field Due to an Electric Current - Question 2

When current is flowing in two different conductors, the force between the two conductors is directly proportional to the product of the current in the two conductors and inversely proportional to the distance between the two conductors.

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Test: Magnetic Field Due to an Electric Current - Question 3

When the distance of operation between the two conductors increases, what happens to the force between the two conductors?

Detailed Solution for Test: Magnetic Field Due to an Electric Current - Question 3

When the distance of separation increases, the force between the two conductors decrease because force between two conductors is inversely proportional to the distance of separation between them.

Test: Magnetic Field Due to an Electric Current - Question 4

Which of the following is used to determine the direction of magnetic field in a current carrying conductor?

Detailed Solution for Test: Magnetic Field Due to an Electric Current - Question 4

The right hand thumb rule determines the direction of magnetic field in a current carrying conductor. The rule states that when we align our right thumb in the direction of the current and curl our fingers around it, the direction of our fingers is the direction of the magnetic field.

Test: Magnetic Field Due to an Electric Current - Question 5

According to Flemming’s left hand rule, the index finger denotes ________

Detailed Solution for Test: Magnetic Field Due to an Electric Current - Question 5

According to Flemming’s left hand rule, the index finger denotes the direction of magnetic field, the thumb denoted the direction of force and the middle finger denoted the direction of current.

Test: Magnetic Field Due to an Electric Current - Question 6

According to Flemming’s left hand rule, the middle finger denotes _________

Detailed Solution for Test: Magnetic Field Due to an Electric Current - Question 6

According to Flemming’s left hand rule, the index finger denotes the direction of magnetic field, the thumb denoted the direction of force and the middle finger denoted the direction of current.

Test: Magnetic Field Due to an Electric Current - Question 7

According to Flemming’s left hand rule, the thumb denotes _________

Detailed Solution for Test: Magnetic Field Due to an Electric Current - Question 7

According to Flemming’s left hand rule, the index finger denotes the direction of magnetic field, the thumb denoted the direction of force and the middle finger denoted the direction of current.

Test: Magnetic Field Due to an Electric Current - Question 8

The relation between the direction of force and the direction of magnetic field in a current carrying conductor is?

Detailed Solution for Test: Magnetic Field Due to an Electric Current - Question 8

When a conductor carries a certain value of current, the force developed in the conductor, the current in the conductor and the magnetic field in the conductor are mutually perpendicular to each other.

Test: Magnetic Field Due to an Electric Current - Question 9

The relation between the direction of current and the direction of magnetic field in a current carrying conductor is?

Detailed Solution for Test: Magnetic Field Due to an Electric Current - Question 9

When a conductor carries a certain value of current, the force developed in the conductor, the current in the conductor and the magnetic field in the conductor are mutually perpendicular to each other.

Test: Magnetic Field Due to an Electric Current - Question 10

The relation between the direction of current and the direction of force in a current carrying conductor is?

Detailed Solution for Test: Magnetic Field Due to an Electric Current - Question 10

When a conductor carries a certain value of current, the force developed in the conductor, the current in the conductor and the magnetic field in the conductor are mutually perpendicular to each other.

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