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Quizzes > Science

Solar Eclipse Quiz: When is the next solar eclipse after 2024?

Quick, free solar eclipse quiz with instant results and bite-size facts.

Editorial: Review CompletedCreated By: Sreenu RaazUpdated Aug 27, 2025
Difficulty: Moderate
2-5mins
Learning OutcomesCheat Sheet
Paper art illustration for Solar Eclipse Trivia quiz on sky blue background

This solar eclipse quiz helps you check your basics on total, partial, and annular eclipses and learn about the next solar eclipse after 2024. You will see instant answers with short tips as you go. When you are done, keep exploring with our space weather quiz, try a NASA astronomy quiz, or challenge yourself with an astronomy quiz.

What is a solar eclipse?
When the Moon moves into Earth's shadow, darkening its surface
When Earth comes between the Moon and the Sun, blocking the Sun
When the Moon passes between Earth and the Sun, blocking all or part of the Sun
When the Sun passes directly between Earth and the Moon
A solar eclipse occurs when the Moon moves directly between the Earth and the Sun, casting a shadow on the Earth and partially or fully blocking the Sun's light. This alignment can only happen during the New Moon phase. Solar eclipses can be total, partial, or annular depending on the distances and alignment of Earth, Moon, and Sun.
Which lunar phase must coincide for a solar eclipse to occur?
Full Moon
Third Quarter
New Moon
First Quarter
A solar eclipse can only occur at New Moon, when the Moon is directly between the Earth and the Sun. During Full Moon, the Earth is between the Sun and Moon, which leads to lunar eclipses instead. Quarter phases do not align the Sun, Moon, and Earth in a straight line.
During a total solar eclipse, which part of the Sun is completely obscured?
Photosphere
Corona
Chromosphere
Sunspot
The photosphere is the Sun's visible surface layer and emits the bulk of the Sun's light. During totality, the Moon completely covers the photosphere, making the much fainter corona visible. The chromosphere lies just above the photosphere and is also obscured.
What is the darkest part of the Moon's shadow during a solar eclipse called?
Penumbra
Shadow Zone
Antumbra
Umbra
The umbra is the innermost and darkest part of the Moon's shadow, where the Sun is completely blocked. Observers in the umbra experience a total solar eclipse. The penumbra causes partial eclipses, and the antumbra is responsible for annular eclipses.
Approximately how long can the maximum duration of totality last during a solar eclipse?
About 15 minutes
About 2 minutes
About 7 minutes
About 30 minutes
The theoretical maximum duration of totality is about 7 minutes and 32 seconds, though most total eclipses last shorter durations. This length depends on the distances of the Moon and Earth from the Sun, as well as the observer's location along the path. Eclipses near perigee (the Moon's closest approach) can yield longer totality.
What causes the phenomenon known as "Baily's beads" during a solar eclipse?
Sunlight passing through lunar mountain valleys
Bright streamers in the solar corona
Sunspots appearing on the photosphere
Atmospheric refraction of sunlight
Baily's beads occur when rugged lunar topography allows beads of sunlight to shine through lunar valleys just before and after totality. The effect is named after astronomer Francis Baily, who first described it in 1836. As the Moon continues its transit, the beads vanish one by one.
What does the term "path of totality" refer to?
The track of the Moon's umbral shadow across Earth's surface
The path the Sun takes across the sky during an eclipse
The Moon's orbital path around Earth during eclipse season
The orbit of Earth around the Sun that produces eclipses
The path of totality is the narrow track across Earth where observers experience a total solar eclipse. It is defined by the trajectory of the Moon's umbra. Outside this path, viewers see only a partial eclipse.
When is the next total solar eclipse visible from the contiguous United States?
August 21, 2017
March 9, 2016
October 14, 2023
April 8, 2024
The next total solar eclipse crossing the contiguous United States will occur on April 8, 2024. It will span from Texas to Maine, offering millions of people a view of totality. The last one was on August 21, 2017.
What is the approximate length of a Saros cycle, after which similar solar eclipses repeat?
18 years, 11 days, and 8 hours
About 11 years
54 years
29 years
A Saros cycle is approximately 18 years, 11 days, and 8 hours long, after which the Sun, Earth, and Moon return to almost the same relative geometry. This results in similar eclipses occurring in a predictable series. Each cycle shifts geographically by about one-third of Earth's longitude.
What region of the Moon's shadow is responsible for an annular solar eclipse?
Antumbra
Exumbra
Penumbra
Umbra
During an annular eclipse, the Moon is near apogee and appears smaller than the Sun. The antumbra is the part of the Moon's shadow beyond the umbra, where observers see the Sun as a bright ring around the Moon. The antumbral shadow causes the annular or "ring of fire" effect.
Which optical phenomenon resembles faint, wavy shadows just before and after totality?
Baily's Beads
Shadow Bands
Diamond Ring
Solar Corona
Shadow bands are thin, wavy light and dark ripples that move across surfaces just before and after totality. They are caused by atmospheric turbulence refracting the remaining sunlight. These bands are difficult to photograph but noticeable on white surfaces.
On average, about how many years does it take for a specific location on Earth to experience a total solar eclipse?
75 years
375 years
18 years
1,000 years
Because the path of totality is narrow and Earth rotates, any single location experiences a total solar eclipse on average once every 375 years. This interval varies depending on latitude and historical tracks of eclipses. Many factors like orbital eccentricities influence this lapse.
The Moon's orbital plane is tilted by approximately how many degrees relative to Earth's orbital plane around the Sun?
5.1°
1.5°
10°
0°
The Moon's orbit is inclined about 5.145° relative to the ecliptic plane (Earth's orbital plane around the Sun). This tilt prevents a solar eclipse at every New Moon, restricting eclipses to when the Moon is near one of its orbital nodes. The inclination also defines eclipse seasons.
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Study Outcomes

  1. Understand Solar Eclipse Mechanics -

    Learn how the precise alignment of the Sun, Moon, and Earth produces total, partial, and annular eclipses and the roles each body plays.

  2. Identify Eclipse Phenomena -

    Distinguish key features such as the solar corona, Bailey's beads, and shadow bands during an eclipse using clear visual and scientific cues.

  3. Recall Historical Eclipse Facts -

    Remember important trivia about notable solar eclipses, including landmark dates, observational records, and their cultural significance.

  4. Apply Safe Observation Practices -

    Use recommended eclipse viewing techniques and protective measures to observe solar eclipses without risking eye health.

  5. Evaluate Your Trivia Mastery -

    Test your knowledge with scored solar eclipse trivia questions to pinpoint strengths and areas for deeper exploration.

Cheat Sheet

  1. Types of Solar Eclipses -

    Solar eclipses are classified into Total, Annular, Partial, and Hybrid types, often memorized with the mnemonic TAPH (Total, Annular, Partial, Hybrid). In a total eclipse the Moon fully covers the Sun, while an annular eclipse leaves a "ring of fire." Partial eclipses obscure only a segment of the Sun, and hybrids shift between total and annular along the path (NASA Solar System Exploration).

  2. Saros Cycle and Eclipse Prediction -

    The Saros cycle of approximately 6,585.3 days (~18 years 11 days) is a cornerstone in eclipse trivia for forecasting when nearly identical eclipses will recur. By tracking this cycle using Besselian elements and historical records (US Naval Observatory), astronomers predict eclipse paths with remarkable accuracy. A simple formula: Eclipse_date + 6585.3 days = Next similar eclipse helps enthusiasts track future events.

  3. Solar Corona and Atmospheric Phenomena -

    During a total eclipse the Sun's corona becomes visible, revealing plasma structures shaped by magnetic fields (ESA research). Bailey's beads and the diamond-ring effect occur just before and after totality as sunlight streams through lunar valleys. Observing these phenomena provides valuable data on solar winds and heliospheric science.

  4. Safe Viewing Techniques -

    Never observe a solar eclipse without ISO 12312-2 certified eclipse glasses or a pinhole projector (recommended by the American Astronomical Society). Regular sunglasses do not offer sufficient protection and can damage your eyes within seconds. Practice safe viewing protocols to make your eclipse trivia experience both fun and risk-free.

  5. Historical Expeditions and Relativity -

    The 1919 solar eclipse expedition led by Sir Arthur Eddington confirmed Einstein's general relativity by observing starlight bending around the Sun (Royal Astronomical Society archives). This landmark event remains a top piece of eclipse trivia and highlights science's power to test fundamental physics. Many universities now replicate similar experiments with modern equipment to inspire new generations of astronomers.

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