12th Grade Electromagnetic Induction Quizzes, Questions & Answers

12th Grade

Top Trending Electromagnetic Induction Quizzes

Kuis ini merupakan kuis latihan Pembelajaran Fisika tingkat SMA pokok bahasan Induksi Magnetik. Namun kuis ini diperuntukan bagi siapa saja yang ingin belajar Fisika, mudah-mudahan bermanfaat.

Questions: 15 | Attempts: 1579 | Last updated: Mar 21, 2025

Sample Question
Kutub selatan magnet jarum pada kompas menunjuk arah . . . .

Kutub Selatan magnet bumi

Kutub Utara Magnet bumi

Kutub Utara

Khatulistiwa

Tidak tentu

NEET Online Exam: Trivia Quiz

This NEET Online Exam: Trivia Quiz focuses on the concept of inductance in electromagnetism. It tests understanding of its properties, measurement, and effects in circuits, enhancing learners' readiness for competitive exams in...

Questions: 23 | Attempts: 297 | Last updated: Mar 19, 2025

Sample Question
The property of inductance offers opposition to which of the following quantities?

Constant current

Constant voltage

Changes in current

Changes in voltage

IB Physics HL: Electromagnetic Induction and AC Generators

IB Physics Hl: Electromagnetic Induction And AC Generators

Enhance your understanding of advanced physics concepts with this focused study aid. Designed for students tackling IB Physics HL Topic 12, it covers key objectives to bolster knowledge and exam readiness, making it essential for...

Questions: 11 | Attempts: 11 | Last updated: Nov 11, 2025

Sample Question
Derive the formula for the emf induced in a straight conductor moving in a magnetic field.

𝑒=𝐼𝐵

𝑒=𝐵𝑙𝑣

See image.

𝑒=𝑙𝐼

Advanced Concepts in Electromagnetic Induction and AC Generators

Advanced Concepts In Electromagnetic Induction And AC Generators

Explore the principles of electromagnetic induction as outlined in the IB 2009 Physics curriculum. This assessment focuses on key objectives such as Faraday's Law and induction applications, enhancing understanding and...

Questions: 9 | Attempts: 10 | Last updated: Aug 4, 2025

Sample Question
Derive the formula for the emf induced in a straight conductor moving in a magnetic field

If the rod is made to move at a speed v, it travels a distance of ?x = v?t. Therefore the area of the loop increases by an amount ?A = l ?x = lv?t.

The emf induced is equal to the length of the conductor multiplied by the velocity of the conductor in the magnetic field.

The emf induced is equal to the product of the length of the conductor, the strength of the magnetic field, and the velocity of the conductor.

The emf induced is directly proportional to the strength of the magnetic field and inversely proportional to the velocity of the conductor.

Recent Electromagnetic Induction Quizzes

Chapter 25: Electromagnetic Induction

Explore the principles of electromagnetic induction in Chapter 25. This quiz assesses understanding of how changing magnetic fields affect wire loops, the interaction between magnets and coils, and the conditions for voltage...

Questions: 33 | Attempts: 4214 | Last updated: Mar 22, 2025

Sample Question
When there is a change in the magnetic field in a closed loop of wire

a voltage is induced in the wire.

A current is created in the loop of wire.

Electromagnetic induction occurs.

All of these

None of these

The Ultimate Electromagnetic Induction Quiz

The Ultimate Electromagnetic Induction quiz

Do you know about electromagnetic induction? With this ultimate electromagnetic induction quiz, you can test your knowledge. The production of an electromotive force across an electrical conductor in a changing magnetic field...

Questions: 10 | Attempts: 1702 | Last updated: Aug 22, 2025

Sample Question
The North pole of a magnet is pushed into a coil, and a current is induced. Which of the following will NOT change the direction of induced current as measured by an ammeter?

Pulling the North end of the magnet out.

Pushing the south end of the magnet into the coil

Changing the polarity of the ammeter connected to the coil

Pushing the sound end of the magnet into the coil AND changing the polarity

Inductive Reactance Quiz By Gibilisco

Inductive Reactance Quiz by Gibilisco

If you want to enhance your Inductive Reactance knowledge and wish to practice questions, take this informative quiz covering questions by Gibilisco. The quiz covers the topic thoroughly and is aimed at providing you with the...

Questions: 18 | Attempts: 727 | Last updated: Aug 22, 2025

Sample Question
As the number of turns in a coil that carries ac increases without limit, the current in the coil will

Eventually become very large

Stay the same

Decrease, approaching zero

Be stored in the core material