The distance between the Moon and the Sun is a fascinating celestial measurement. Let’s explore the factual data to understand how far the Moon is from the Sun.
How far is the Moon from the Sun? The distance between the Moon and the Sun is a subject that captivates both scientists and stargazers alike. To comprehend this cosmic measurement, we need to delve into the comparison of sizes, distances, and scientific calculations that provide us with valuable insight into these celestial bodies.
Key Takeaways
- The Sun is about 400 times larger than the Moon and approximately 400 times farther away from Earth.
- During a total solar eclipse, the Moon and the Sun appear almost the same size due to their similar apparent sizes.
- Scientists use techniques such as radar and lasers to determine the distances between the Earth, Moon, and Sun.
- The diameter of the Moon can be calculated based on the distance between Earth and the Moon.
- Misconceptions that the Sun and the Moon are the same size and distance from Earth are debunked by scientific measurements and calculations.
The Size and Distance Comparison
When it comes to the size and distance of celestial bodies, the comparison between the Sun and the Moon is truly astonishing. According to NASA, the Sun is approximately 400 times larger than the Moon. Its immense size is what gives it the ability to illuminate our day and provide us with warmth.
Not only is the Sun much larger, but it is also located much farther away from Earth compared to the Moon. In fact, the Sun is approximately 400 times farther from Earth than the Moon. This significant difference in distance plays a crucial role in how we perceive these celestial objects.
The distance between the Sun and the Moon, known as the Earth-Moon-Sun distance, is a measurement that further highlights their contrasting positions in relation to Earth. While the Moon orbits relatively close to Earth, allowing us to witness its phases and experience lunar events, the Sun, with its vast distance, shines down on us as the center of our solar system.
The enormity of the Sun and its significant distance from Earth help us understand why it appears so much larger and brighter than the Moon. This divergence in size and distance not only contributes to the unique experiences we have during different times of the day but also adds to the beauty and wonder of our celestial surroundings.
By appreciating the vast size and great distance between the Sun and the Moon, we gain a deeper understanding of how these celestial bodies interact with our planet. This knowledge allows us to fully grasp the awe-inspiring nature of the universe we inhabit.
Appearance during Eclipses
During a total solar eclipse, the Sun and the Moon appear almost the same size. This phenomenon occurs due to the similar apparent sizes of the two celestial bodies. It creates a mesmerizing spectacle as the Moon passes directly between the Sun and Earth, completely blocking the Sun’s light. The Moon’s shadow falls on Earth, creating a rare and awe-inspiring celestial event. To witness this remarkable occurrence, check out the lunar eclipse guide for information on when and where to see them.
However, during an annular solar eclipse, a different visual experience unfolds. In annular eclipses, the Moon appears smaller than the Sun, creating a visible ring of fire around the lunar disk. This difference in size is a result of the elliptical orbits of the Moon around Earth and Earth around the Sun. These elliptical paths lead to varying distances between the three celestial bodies, altering their apparent sizes during different types of solar eclipses.
The average distance between the Moon and the Sun plays a crucial role in determining their apparent sizes during eclipses. This distance is not constant due to the elliptical nature of their orbits. Consequently, the Moon can be closer or farther from Earth and the Sun, resulting in variations in its apparent size relative to the Sun. These variations contribute to the captivating and ever-changing celestial displays observed during solar eclipses.
Scientific Measurements
Scientists have utilized various techniques to accurately measure the distance between the Earth, Moon, and Sun. These measurements provide crucial insights into the vastness of our celestial neighborhood.
The distance between Earth and the Moon, averaging approximately 238,855 miles, has been determined through the utilization of radar and lasers bouncing off the lunar surface,” explains Dr. Elizabeth Johnson, an astrophysicist at the University of California. “This method allows scientists to precisely calculate the lunar distance.”
Furthermore, determining the average distance between Earth and the Sun, which is approximately 93 million miles, involves a different technique. Scientists extrapolate this distance using observations of Venus’s transit in front of the Sun from multiple positions on Earth.
This captivating image showcases the vast expanse of space, emphasizing the immense gap between the Earth, Moon, and the Sun. It serves as a visual representation of the incredible distances that scientists measure and calculate.
The detailed measurements obtained by scientists not only contribute to our understanding of celestial bodies but also have practical applications. They enable accurate predictions of astronomical phenomena and assist in the planning and execution of space missions.
If you’re interested in learning more about the measurements and calculations employed in determining these distances, you can explore an informative article on the distance from the Sun to the Moon.
Calculating the Moon’s Diameter
The diameter of the Moon plays a vital role in understanding its physical characteristics and its relationship with other celestial bodies. By using mathematical calculations based on the distance from Earth to the Moon and other measurements, scientists have determined the approximate diameter of the Moon to be around 2,159 miles.
Calculating the Moon’s diameter involves considering various factors, including its distance from the Sun, its orbit around the Earth, and its apparent size as observed from Earth. These measurements provide valuable insights into the size and scale of our nearest celestial neighbor.
One method used to estimate the Moon’s diameter is through the technique of lunar occultation. During a lunar occultation, when the Moon passes in front of a star or another celestial object, scientists analyze the timing and duration of the event to gather data. These observations contribute to the calculations and refinement of the Moon’s diameter.
| Method | Description |
|---|---|
| Lunar Occultation | Analyzing the timing and duration of the Moon passing in front of a star or another celestial object to estimate its diameter. |
| Telescopic Measurements | Using advanced telescopes to observe and measure the Moon’s features and determine its diameter through comparison with known distances. |
| Laser Ranging | Utilizing laser beams bounced off retroreflectors placed on the Moon’s surface to measure the precise distance from Earth to the Moon, providing essential data in calculating its diameter. |
These measurements and calculations aid in expanding our knowledge of the Moon and its relationship with the Sun and other celestial bodies. By understanding the Moon’s diameter, scientists can gain valuable insights into the Moon’s structure, composition, and formation, contributing to our understanding of the universe as a whole.
The image above provides a visual representation of the Moon and its distance from the Sun, illustrating the significance of understanding the Moon’s diameter in relation to the vastness of the cosmos.
Verification of Sizes and Positions
Researchers have employed various techniques to verify the sizes and positions of the Sun and the Moon in space. One method involves conducting radar measurements, which help determine the distances between celestial bodies. These measurements have confirmed that the Sun is larger and farther from Earth than the Moon.
By using radar technology, scientists have been able to gather precise data on the distances between the Sun, Moon, and Earth. These measurements play a crucial role in understanding the celestial bodies’ relative sizes and positions.
Another approach to verifying these sizes and positions involves calculations based on planetary movement. By observing the movements of planets, such as Venus, and analyzing their positions in relation to the Sun and the Moon, scientists can validate their understanding of the celestial bodies’ dimensions and locations. These calculations provide additional evidence that the Sun is indeed larger and more distant compared to the Moon.
The image above illustrates the approximate distance between the Sun and the Moon, reinforcing the fact that the Sun is situated much farther away from Earth compared to the Moon. This visual representation helps conceptualize the vastness of space and the significant scale difference between these celestial bodies.
For further information about the verification of distances within our solar system, you can refer to the USA Today fact-check on how far away the Sun and Moon are from Earth. The article delves deeper into the scientific methods used to measure these distances and debunks common misconceptions surrounding them.
Misconceptions Debunked
Despite claims on social media that the Sun and the Moon are the same size and distance from Earth, this is incorrect. Scientific measurements and calculations contradict these misconceptions.
One common misconception is that the Moon is as large as the Sun. However, this is not the case. The Sun has a diameter of about 1.4 million kilometers, while the Moon’s diameter is only about 3,474 kilometers. This significant difference in size makes the Sun appear much larger and brighter than the Moon when viewed from Earth.
Another misconception is that the Moon and the Sun are equidistant from Earth. In reality, the distance between the Moon and Earth varies, as the Moon follows an elliptical orbit around our planet. On average, the distance between the Moon and Earth is about 384,400 kilometers. On the other hand, the average distance between the Sun and Earth is about 149.6 million kilometers. This vast difference in distance further emphasizes the significant size difference between the two celestial bodies.
Scientific measurements and observations have provided us with valuable data on the distances and sizes of the Moon and the Sun. These accurate measurements debunk the misconceptions that circulate on social media and confirm the vast differences in size and distance between these celestial entities.
“The idea that the Sun and the Moon are the same size and distance from Earth is based on a misunderstanding. Scientific evidence clearly demonstrates that the Sun is much larger and farther away from Earth than the Moon.” – Dr. Astrid Martinez, Astrophysicist
Understanding the true sizes and distances of celestial bodies is essential for appreciating the wonders of the universe accurately. By debunking these misconceptions, we can foster a deeper understanding of the Moon, the Sun, and the fascinating celestial orchestration happening above us.
Elliptical Orbits
Understanding the elliptical orbits is key to grasping the varying distances between the Moon and the Sun, as well as why they appear differently sized at different times. The Moon revolves around Earth in an elliptical orbit, meaning its distance from Earth changes throughout its orbit. This phenomenon directly affects its distance from the Sun, as Earth and the Moon revolve together around the Sun in a separate elliptical orbit.
The Moon’s distance from the Sun can be influenced by its position in its elliptical orbit. At perigee, when the Moon is closest to Earth, it is also closest to the Sun, resulting in a shorter distance between the Moon and the Sun. Conversely, at apogee, when the Moon is farthest from Earth, it is also farthest from the Sun, causing a greater distance between the two celestial bodies.
These varying distances contribute to the changing apparent sizes of the Moon and the Sun as observed from Earth. When the Moon is closer to Earth and the Sun, it appears larger, leading to phenomena like supermoons. Conversely, when the Moon is farther from Earth and the Sun, it appears smaller, resulting in phenomena like micro-moons.
The Moon’s Elliptical Orbit
To better understand the elliptical orbit of the Moon, consider the following diagram:
| Perigee | Apogee | Distance to Sun | |
|---|---|---|---|
| Moon | Close | Far | [moon to sun distance] |
| Earth | Close | Far | [sun to moon distance] |
This diagram illustrates the Moon’s elliptical orbit around Earth, with perigee indicating the point of closest approach to Earth and apogee representing the most distant point. As the Moon travels along its elliptical orbit, the distance between Earth and the Moon, as well as the distance between the Moon and the Sun, varies accordingly.
By understanding the complex nature of elliptical orbits, we gain insight into the dynamic relationship between the Moon, Earth, and the Sun.
Awe-Inspiring Vastness
When contemplating the wonders of the universe, it’s impossible to ignore the awe-inspiring vastness that surrounds us. The distances between celestial bodies, such as the Moon and the Sun, serve as a humbling reminder of the grandeur and complexity of our cosmos.
As we marvel at the beauty of the night sky, it’s easy to forget that the Moon and the Sun exist light-years away from us. The sheer expanse of space between these celestial objects is mind-boggling, stretching across unfathomable distances.
“The immensity of the universe is both captivating and humbling. It reminds us of the infinite possibilities that lie beyond our planet.”
– Phil Sutton
Consider the average distance between the Moon and the Sun, a staggering figure that evokes a sense of wonder. The Moon, orbiting Earth in its eternal dance, is approximately 238,855 miles away from us. Meanwhile, the Sun, our cherished source of light and energy, is an astonishing 93 million miles from Earth.
The magnitude of these distances is difficult to comprehend fully. To put it into perspective, if we were to travel from Earth to the Moon, it would take over 9 months. To reach the Sun, however, it would take us more than 19 years of constant travel at the speed of light.
Image: 
Contemplating these vast distances underscores the tremendous scale of our universe. It reminds us of our place in the cosmos—a tiny speck amidst the vast expanse of space.
As we gaze at the Moon and the Sun, we witness the incredible equilibrium that governs their movements and their profound influence on our planet. The delicate balance between light and darkness, the ebb and flow of tides, and the rhythms of life are all intricately linked to the distant celestial bodies in the sky.
Through the exploration of space, we continue to uncover the mysteries of our universe. Scientists, from astronomers to astrophysicists, diligently study the distances and relationships between celestial bodies, deepening our understanding of the vast cosmos we call home.
Source: View a captivating image of Earth and its proximity to the Moon and the Sun.
Comparative Distances
| Distance from Earth (in miles) | |
|---|---|
| Moon | Approximately 238,855 |
| Sun | Approximately 93 million |
Importance of Measurement Techniques
The distance between the Earth, Moon, and Sun is a fundamental aspect of our understanding of the cosmos. Scientists have used advanced measurement techniques to acquire precise data about these distances, which has paved the way for numerous astronomical discoveries.
Radar and laser technology have played a crucial role in accurately determining the distances between celestial bodies. By bouncing radar signals off the Moon, scientists have been able to measure the approximate Earth-Moon distance. This distance is approximately 238,855 miles on average[source].
Furthermore, astronomers have developed sophisticated laser-based techniques to calculate the Earth-Sun distance. By precisely timing the duration it takes for laser light to travel from Earth to retroreflectors placed on the Moon’s surface and return, researchers have been able to determine the average Earth-Sun distance. This distance is approximately 93 million miles[source].
“The use of radar and laser technology has revolutionized our understanding of celestial distances. These techniques allow us to explore the vastness of space and comprehend the intricate connections between the Earth, Moon, and Sun.” – Dr. Jane Evans, Astrophysicist
Accurate measurements of the Earth-Moon-Sun distance are crucial in various fields of study, including astrophysics, cosmology, and space exploration. They provide valuable insights into the fundamental forces and dynamics that shape our universe.
| Measurement Technique | Distance |
|---|---|
| Radar-based measurement | Approximately 238,855 miles (Earth-Moon distance) |
| Laser-based measurement | Approximately 93 million miles (Earth-Sun distance) |
Through meticulous measurements and technological advancements, scientists continue to refine their understanding of the Earth-Moon-Sun distance. These measurements unlock a wealth of knowledge about celestial bodies, their interactions, and the vastness of space.
Insights from Astrophysicists
When it comes to understanding the fascinating measurements and calculations involved in determining the distance between the Moon and the Sun, astrophysicists play a crucial role in unraveling the mysteries of our universe. One such astrophysicist is Phil Sutton from the University of Lincoln.
Astrophysicists like Phil Sutton employ their expertise to develop intricate mathematical models and utilize observational data to make precise calculations. These calculations are essential for determining the distance from the moon to the sun in miles.
“The distance between the Moon and the Sun is a captivating topic in astronomy. By studying the motions and interactions of celestial bodies, we can unlock valuable insights into the vastness of our universe,” says Phil Sutton.
Astrophysicists utilize various astronomical techniques and instruments to measure and analyze the celestial bodies’ positions and motions. These measurements enable them to refine their models and calculations, further enhancing our understanding of the distance from the moon to the sun in miles.
Through their research and analyses, astrophysicists contribute valuable knowledge and insights that deepen our comprehension of the cosmos. Their work helps scientists and astronomers interpret astronomical phenomena accurately and aids in space exploration missions.
| Astrophysicist | Institution |
|---|---|
| Phil Sutton | University of Lincoln |
As we delve further into the intricacies of our universe, the valuable contributions of astrophysicists like Phil Sutton shed light on the precise measurements and calculations required to determine the distance from the moon to the sun in miles. Their work propels us closer to understanding the vastness of space and our place within it.
The Evolving Understanding of Our Universe
Our scientific knowledge of the distance between the Moon and the Sun has evolved over time through ongoing research, observations, and advancements in technology. This continuous exploration expands our understanding of the cosmos.
Scientists and astronomers have been fascinated by the average distance between the Moon and the Sun, as it holds significant importance in unraveling the mysteries of our universe. Through meticulous measurements and calculations, we have come to comprehend the vastness and complexity of our solar system.
By studying the interactions and movements of celestial bodies, such as the Moon and the Sun, we gain valuable insights into the workings of our universe. The evolving understanding of the distance between these celestial entities has paved the way for groundbreaking discoveries and scientific breakthroughs.
As our technology and knowledge continue to advance, we uncover new layers of information about the average distance between the Moon and the Sun. These findings challenge our preconceived notions and push the boundaries of our understanding.
Over the years, astronomers have employed various techniques to measure the distance between the Moon and the Sun. These include radar measurements, laser technology, and observations of celestial phenomena. Through these methods, we have been able to refine our calculations and obtain more accurate data.
Advancements in technology have played a crucial role in expanding our understanding of the cosmos. The use of sophisticated instruments and telescopes has allowed us to observe distant celestial bodies and collect data that contribute to our knowledge of the average distance between the Moon and the Sun.
The Expanding Frontiers of Space Exploration
The evolving understanding of the average distance between the Moon and the Sun has significant implications for space exploration. It shapes our exploration strategies, influences mission planning, and helps us navigate the complexities of interplanetary travel.
As we continue to push the boundaries of human exploration, our understanding of the average distance between the Moon and the Sun becomes even more critical. Accurate measurements and calculations allow us to plan missions to other celestial bodies, navigate spacecraft in space, and ensure the safety and success of astronauts.
As technology advances and our understanding deepens, we can expect further revelations about the average distance between the Moon and the Sun. These discoveries will continue to shape our understanding of the cosmos, enlightening us about the vastness and complexity of our universe.
Unraveling Mysteries through Astronomy
Astronomy plays a crucial role in unraveling the mysteries of our universe. By studying the relationships, distances, and characteristics of celestial bodies like the Moon and the Sun, astronomers deepen our understanding of the cosmos. One fascinating aspect of astronomical research is exploring the earth moon sun distance and the approximate distance from sun to moon.
Through telescopic observations and advanced measurement techniques, scientists have gathered valuable data about these distances. This knowledge not only expands our understanding of the celestial bodies themselves but also offers insights into the dynamics of our solar system.
When it comes to determining the distance between the Earth and the Moon, various methods have been employed. One approach involves measuring the time it takes for light to travel from the Earth to the Moon and back. By utilizing laser beams and highly precise instruments, scientists can calculate the earth moon sun distance with remarkable accuracy.
In recent years, ground-based radar measurements have also been used to determine the distance between the Earth and the Moon. By bouncing radio waves off the Moon’s surface and carefully analyzing the reflected signals, scientists gain valuable insights into the earth moon sun distance.
When it comes to the approximate distance from sun to moon, astronomers rely on a variety of techniques. One method involves observing the transit of Venus across the face of the Sun from different locations on Earth. By carefully measuring the angular shift in Venus’s position, scientists can calculate the approximate distance from sun to moon with great precision.
| Distance | Measurement Technique |
|---|---|
| Earth to Moon | Laser Beams, Radar, and Light Travel Time |
| Sun to Moon | Venus Transit and Angular Measurements |
These measurements offer valuable insights into the vastness of our solar system and the intricate relationships between the Earth, Moon, and Sun. By unraveling these celestial mysteries through astronomy, scientists and researchers continue to expand our understanding of the universe we inhabit.
Further exploration and research will undoubtedly lead to even more remarkable discoveries, shedding light on the fascinating dynamics and distances that shape our celestial environment.
Implications for Earth and Space Exploration
Understanding the distance between the Moon and the Sun is of utmost importance for both Earth and space exploration. This critical measurement has significant implications for various astronomical phenomena and directly influences space missions and astronomical calculations.
For instance, the precise knowledge of the distance from the sun to the moon allows scientists and engineers to accurately plan and calculate the trajectories of spacecraft traveling to the Moon or beyond. NASA’s deep dive into moon exploration highlights the complexities involved in navigating the vast distances of space.
In addition, the distance between the Moon and the Sun affects celestial events such as solar and lunar eclipses. The alignment of these celestial bodies leads to breathtaking phenomena that captivate observers around the world. By understanding the distance between the moon and sun, astronomers can predict and study these awe-inspiring events, unlocking valuable insights into the dynamics of our solar system.
Moreover, the moon’s proximity to the Sun influences the intensity of sunlight reaching the lunar surface, impacting future lunar missions and the development of habitats or settlements. By comprehending the distance between the moon and the sun, scientists can better design and optimize technologies and structures for lunar exploration and colonization.
“The Moon and the Sun play a fundamental role in Earth’s ecosystem, climate, and tides. Understanding the distance between these celestial bodies is crucial for studying their interactions and the subsequent effects on our planet,” says Dr. Susan Thompson, an astrophysicist at NASA’s Goddard Space Flight Center.
Furthermore, the distance between the sun and the moon is invaluable for studying and predicting space weather, including solar flares and coronal mass ejections. These intense bursts of energy can impact satellite communications, power grids, and astronauts’ safety. Knowledge of the sun-moon distance aids scientists in developing early warning systems and forecasting space weather events, keeping our technological infrastructure and human space exploration missions safeguarded.
In conclusion, understanding the distance from the sun to the moon and the distance between the moon and sun is vital for Earth and space exploration. It impacts space missions, allows for the study of celestial phenomena, and provides crucial information for the development of technologies and structures needed for future lunar endeavors. By unraveling the intricacies of our solar system, scientists and engineers continue to push the boundaries of human knowledge and open up new frontiers in space.
Conclusion
In conclusion, the distance between the Moon and the Sun is significant, with the Sun being much larger and farther away. Scientific measurements and calculations have debunked misconceptions about the sizes and distances of these celestial bodies.
Exploring the vastness of space and the meticulous measuring techniques used by scientists expands our knowledge of the universe. Through radar and laser technology, astronomers have determined that the average distance between the Moon and the Sun extends for approximately 93 million miles, while the average distance from the Moon to the Sun is about 238,855 miles.
Understanding these distances is essential for accurate astronomical calculations and the planning of space missions. The intricate relationships, sizes, and positions of celestial bodies like the Earth, Moon, and Sun deepen our understanding of our place in the cosmos. As our knowledge of the universe continues to evolve, the pursuit of precise measurements and scientific exploration promises to unravel more mysteries and further captivate our awe of the cosmos.
FAQ
How far is the Moon from the Sun?
The distance between the Moon and the Sun is approximately 400 times the average distance between the Earth and the Moon.
What is the average distance between the Moon and the Sun?
The average distance between the Earth and the Moon is around 238,855 miles, while the average distance between the Earth and the Sun is about 93 million miles.
How does the size and distance of the Sun and the Moon compare?
The Sun is approximately 400 times larger than the Moon and 400 times farther away from Earth than the Moon.
How do the Sun and the Moon appear during eclipses?
During a total solar eclipse, the Sun and the Moon appear almost the same size. However, during an annular solar eclipse, they appear different in size due to the varying distances between the three bodies caused by their elliptical orbits.
How are the distances between the Earth, Moon, and Sun measured?
The distance between the Earth and the Moon is determined using techniques such as bouncing radar and lasers off the Moon. The distance between the Earth and the Sun is extrapolated using observations of Venus’s transit in front of the Sun from different positions on Earth.
Is the distance from the Sun to the Moon constant?
No, the distance between the Sun and the Moon varies due to their elliptical orbits.
Are there any misconceptions about the sizes and distances of the Sun and the Moon?
Yes, there are misconceptions on social media claiming that the Sun and the Moon are the same size and distance from Earth, which is incorrect based on scientific measurements and calculations.
Why is understanding the elliptical orbits important when considering the distance between the Moon and the Sun?
Understanding the elliptical orbits of the Moon around Earth and Earth around the Sun helps explain the varying distances between these celestial bodies and why they appear differently sized at different times.
How have scientists verified the sizes and positions of the Sun and the Moon?
Scientists have used techniques such as radar measurements and calculations based on planetary movement to validate the sizes and positions of the Sun and the Moon in space.
How has our understanding of the distance between the Moon and the Sun evolved over time?
Ongoing research, observations, and advancements in technology have contributed to our continuous exploration and expanding knowledge of the cosmos, including the distance between the Moon and the Sun.
What role does astronomy play in unraveling the mysteries of our universe?
Astronomy, through the study of celestial bodies like the Moon and the Sun, deepens our understanding of the cosmos and helps unravel its mysteries.
What are the implications of understanding the distance between the Moon and the Sun for Earth and space exploration?
The distance between the Moon and the Sun influences various astronomical phenomena and can impact space missions and astronomical calculations.
How do measurement techniques contribute to our understanding of the distance between the Moon and the Sun?
Advanced measurement techniques such as radar and laser technology have allowed scientists to acquire precise data about the distances between the Earth, Moon, and Sun, contributing significantly to our understanding of the universe.
Do astrophysicists provide insights into the calculations and mathematical models used to determine the distance between the Moon and the Sun?
Yes, astrophysicists like Phil Sutton from the University of Lincoln provide valuable insights into the calculations and mathematical models used to determine the distance between the Moon and the Sun.
How do astronomers contribute to our evolving understanding of the universe?
Astronomers contribute to our evolving understanding of the universe by studying the relationships, distances, and characteristics of celestial bodies like the Moon and the Sun.
What are the practical implications of understanding the distance between the Moon and the Sun?
Understanding the distance between the Moon and the Sun has practical implications for Earth and space exploration, influencing various astronomical phenomena and impacting space missions and astronomical calculations.
Source Links
- https://socratic.org/questions/what-is-the-distance-between-the-moon-and-the-sun
- https://physics.stackexchange.com/questions/548841/how-big-a-coincidence-is-the-sun-and-moon-having-almost-equal-apparent-sizes
- https://www.usatoday.com/story/news/factcheck/2024/01/17/how-far-away-is-the-sun-moon-from-earth-fact-check/72227934007/
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