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Microlensing Quizzes, Questions & Answers

Top Trending Microlensing Quizzes


The gravity-to-light ratio. The more an object weighs, the more it warps space and bends light. This gravitational lensing calculations quiz tests the relationship between mass, distance, and the angle of light deflection.

Questions: 20  |  Attempts: 10   |  Last updated: Feb 20, 2026
  • Sample Question
    Which equation represents the standard deflection angle (alpha) in gravitational lensing calculations?
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The lonely drifters of the galaxy. Some planets have no home star and wander through the darkness alone, but their gravity still bends light. This rogue planets explained quiz looks at how we find these dark, sunless...

Questions: 20  |  Attempts: 10   |  Last updated: Feb 20, 2026
  • Sample Question
    Which of the following best provides rogue planets explained by their physical definition?
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A tiny spike in a sea of light. If a planet is orbiting a "lens" star, it creates an extra little flash of light that reveals its existence. This detecting small exoplanets quiz focuses on finding the tiny signals...

Questions: 20  |  Attempts: 10   |  Last updated: Feb 20, 2026
  • Sample Question
    Why is detecting small exoplanets significantly more difficult than finding gas giants using the transit method?
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The rare geometry of a perfect lineup. For microlensing to work, two stars must align perfectly from our perspective on Earth—an event that might only happen once for a specific star. This microlensing alignment events...

Questions: 20  |  Attempts: 10   |  Last updated: Feb 20, 2026
  • Sample Question
    What characterizes microlensing alignment events in deep space?
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Einstein’s lens in the sky. Massive objects can actually bend the path of light, magnifying everything behind them like a cosmic zoom lens. This gravitational lensing explained quiz breaks down the mind-bending way...

Questions: 20  |  Attempts: 10   |  Last updated: Feb 20, 2026
  • Sample Question
    What is the phenomenon of gravitational lensing explained in its simplest form?
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