"Aphelion" Example Sentences
1. The Earth is at its farthest point from the sun during aphelion.
2. The spacecraft was sent on a mission to explore the far reaches of aphelion.
3. During aphelion, the distance between the sun and the Earth is approximately 94.5 million miles.
4. The elliptical orbit of the Earth means that aphelion and perihelion occur at different points in the planet's journey around the sun.
5. During aphelion, the sun appears smaller in the sky and emits less heat and light than at perihelion.
6. The Earth experiences cooler temperatures during aphelion than during perihelion.
7. The gravitational pull of the sun is weaker at aphelion than at perihelion due to the longer distance between the two bodies.
8. Astronomers study the behavior of planets during aphelion to better understand the dynamics of our solar system.
9. The concept of aphelion is an important element in the calculation of celestial mechanics.
10. The difference in temperature between aphelion and perihelion can have an impact on weather patterns and seasonal changes on Earth.
11. The distance of the Earth from the sun during aphelion affects the intensity of solar radiation that reaches the planet.
12. In astronomy, the term aphelion is often used in reference to the distance between two celestial bodies.
13. The timing of aphelion varies slightly from year to year due to the complex nature of the Earth's orbit.
14. Observing the transition from aphelion to perihelion can provide insights into the seasonal changes that occur on Earth.
15. The aphelion point of a planet determines the degree of its eccentricity.
16. Understanding the distance of the Earth from the sun during aphelion is essential for predicting future climatic patterns.
17. During aphelion, the sun's gravitational pull is weaker, which affects the orbits of other celestial bodies.
18. Astrophysicists use sophisticated mathematical models to study the effects of aphelion on celestial mechanics.
19. The temperature difference between aphelion and perihelion is most pronounced in regions that experience extreme climates.
20. The distance of the Earth from the sun during aphelion has a significant impact on crop yields and agricultural productivity.
21. The discovery of the concept of aphelion helped revolutionize the field of Astronomy and our understanding of planetary motion.
22. The detection of extrasolar planets using techniques such as transit photometry often involves studying the effects of aphelion on their orbits.
23. The Moon's distance from the Earth during aphelion can affect the frequency and intensity of tidal patterns.
24. Understanding the behavior of planets during aphelion can provide a valuable insight into the formation and evolution of our solar system.
25. During aphelion, the Earth experiences less solar radiation, which can have a cooling effect on the planet's atmosphere.
26. Astronomers continue to study aphelion in order to better understand the complex dynamics of our solar system.
27. The scientific exploration of aphelion requires the use of powerful telescopes and other sophisticated equipment.
28. The discovery of the concept of aphelion was a major milestone in the history of Astronomy and provided a key element in the development of modern cosmology.
29. During aphelion, the Earth's atmosphere is more susceptible to the effects of solar flares and other types of space weather.
30. The study of aphelion and other celestial phenomena is an ongoing pursuit that has significant implications for our understanding of the Universe.
Common Phases
1. The Earth reaches
aphelion in early July;
2. The distance between the Earth and the Sun is the greatest at
aphelion;
3.
Aphelion marks the point in the Earth's orbit where it is farthest away from the Sun;
4. The opposite of
aphelion is perihelion, where the Earth is closest to the Sun;
5. The Earth's orbit is elliptical and
aphelion marks one of the two foci of the ellipse;
6. The Earth's speed is slower at
aphelion than it is at perihelion;
7. The gravitational pull of the Sun is weaker at
aphelion due to the increased distance;
8. The date of
aphelion varies slightly from year to year, but generally falls in early July.