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Electricity & Magnetism
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Electricity & Magnetism
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Desi warmth
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Your host
Desi warmth
Smart Host โ a host that reacts to every answer.
Electricity & Magnetism is a 10-question AI-hosted trivia round about Electromagnetism basics, voiced by Priya and playable in about 5 minutes with no signup.
The round keeps the energy fast and upbeat and the difficulty stays balanced for mixed audiences.
Think of "Electricity & Magnetism" as a short, sharp dive into Electromagnetism basics. 10 questions, one AI host, roughly 5 minutes of your time.
Question coverage spans Ohm's Law basics, Series and parallel circuits, Magnetic field properties, Electromagnet construction, Faraday and Lenz laws, and Current and voltage definitions. We don't publish the exact question list on this page โ the first playthrough should land cold โ but the themes give you a sense of the territory before you start.
Priya hosts with warm, encouraging energy โ every player gets the star treatment. Priya narrates every question and reacts to each answer in real time, not with canned "correct / incorrect" beeps.
The post-game screen makes it easy to challenge someone else. Share the link, let them try, see whose score holds up. All in English, no download required.
Expect roughly 5 minutes for a full playthrough. "Electricity & Magnetism" has 10 questions on a 20-second-per-question clock, with voice-hosted reveals in between.
Players don't need to register. Share the link, they open it, they play. Trivana is built so hosts (classrooms, events, Discord servers) can spin up a game without forcing every participant through a signup flow.
"Electricity & Magnetism" is hosted by Priya, one of Trivana's seven AI gameshow hosts. Priya narrates every question, reacts to answers in real time, and gives the pack its on-mic personality. You can read Priya's full profile and hear the voice at /hosts/priya.
The pack is rated medium โ a mid-level challenge โ expect questions that reward genuine familiarity with the topic but don't require deep expertise. Combined with the fun tone, it's a good fit for mixed groups with some knowledge of the topic.
At its core, "Electricity & Magnetism" is about Electromagnetism basics. Questions pull from themes including Ohm's Law basics, Series and parallel circuits, Magnetic field properties, Electromagnet construction, Faraday and Lenz laws, and Current and voltage definitions. Exact questions are held back from the landing page so the first run still feels fresh.
Published language: English. Trivana supports ten languages end-to-end (English, Spanish, Hindi, French, German, Portuguese, Japanese, Arabic, Korean, Chinese), and the AI host speaks each of them natively rather than translating text on top of an English recording.
Fact-check status: skipped
The following claims were verified through Perplexity Sonar before the questions were finalised. The host can reference any of them during play:
Heads up: opening this section reveals every question, every option, and the correct answer for this round. If you came here to play, scroll up and hit Play first.
Explanation: Ohm's law states that the voltage across a conductor is equal to the product of the current flowing through it and its resistance, expressed as V = IR.
Explanation: In a series circuit, there is only one path for the charge to follow, meaning the current is the same through every component in the circuit.
Explanation: A fundamental principle of electromagnetism is that any moving electric charge creates a magnetic field in the space surrounding it.
Explanation: Lenz's law describes the direction of an induced current, stating it will always oppose the change in magnetic flux that caused the induction.
Explanation: In a parallel circuit, each branch is connected directly to the same two points, so the voltage across each branch is identical.
Explanation: An electromagnet is created by current flowing through a wire coil, and its magnetic strength is significantly increased by adding a ferromagnetic core.
Explanation: Faraday's law of induction states that a changing magnetic flux through a circuit induces an electromotive force in that circuit.
Explanation: By rearranging Ohm's law (V = IR), you can solve for resistance by dividing the voltage by the current, resulting in R = V / I.
Explanation: Resistance is the measure of the opposition to current flow in an electrical circuit, representing how much a material resists the flow of charge.
Explanation: Current is defined as the rate of flow of electric charge past a point or region in an electrical circuit.
These 5 games share canonical tags with this one โ same fanbase, adjacent angle. Each is a complete playable round with the same AI voice host format.
