Albert Einstein Trivia Questions
- ❓ 133+ questions
- 🗂️ Physics
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Theoretical physicist who developed the theory of relativity. Play Albert Einstein trivia solo to sharpen your knowledge, or challenge a friend head-to-head in Trivia Tango — every question comes with an explanation so you learn as you play. Questions span every level, from easy warm-ups to expert-level stumpers, so there's a real challenge here however much you already know.
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Sample Albert Einstein Quiz Questions
A mix of easy, medium and hard — questions run from warm-up to expert, so there's a real challenge at every level. Think you know the answers? Play to find out.
This famous two-letter equation, published in 1905, demonstrates that a small amount of matter contains enormous amounts of energy.
Difficulty: Easy- PV=nRT
- E=hf
- E=mc²
- F=ma
This equation from special relativity shows how inertia increases as an object approaches light speed, becoming infinite at that limit.
Difficulty: Medium- Schwarzschild solution
- Relativistic mass formula
- Minkowski metric
- Lorentz transformation
This 1905 derivation showed that a body emitting radiation loses mass according to the formula L/c², predating the famous equation by a few months.
Difficulty: Hard- On the Electrodynamics of Moving Bodies
- On the Motion Required by the Molecular Kinetic Theory
- Does the Inertia of a Body Depend Upon Its Energy Content?
- On a Heuristic Point of View Concerning Light
This German city, located in Baden-Württemberg, was the birthplace of Einstein who developed relativity theory.
Difficulty: Easy- Munich
- Ulm
- Frankfurt
- Berlin
This 1907 paper extended the earlier motion theory to include accelerating reference frames, laying groundwork for the later gravity description.
Difficulty: Medium- On the Electrodynamics of Moving Bodies
- The Foundation of General Relativity
- Cosmological Considerations
- On the Relativity Principle and Its Consequences
This connection coefficient in differential geometry describes how vectors change when parallel transported, essential for curved spacetime calculations.
Difficulty: Hard- Metric tensor elements
- Christoffel symbols
- Riemann tensor components
- Killing vectors
The 1921 Nobel Prize in Physics was awarded for explaining this phenomenon where light ejects electrons from metal surfaces.
Difficulty: Easy- Pair production
- Photoelectric effect
- Blackbody radiation
- Compton scattering
This mathematical tool, developed by Riemann and used by the famous physicist, describes how geometry changes in curved spaces.
Difficulty: Medium- Vector calculus
- Differential calculus
- Matrix algebra
- Tensor calculus
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