"Perihelionmodern" Example Sentences
1. Perihelionmodern is the term used to describe the point at which a planet is closest to the sun.
2. The perihelionmodern of Earth occurs in January each year.
3. The perihelionmodern of Mars is much closer to the sun than that of Earth.
4. The study of perihelionmodern orbits is an important part of astronomy.
5. The perihelionmodern distance of Mercury is about 46 million kilometres from the sun.
6. The perihelionmodern angle of Pluto's orbit is significantly different from that of the other planets.
7. The perihelionmodern point of a comet is the point in its orbit at which it is closest to the sun.
8. The timing of the perihelionmodern point can have a significant impact on the trajectory of a comet.
9. The perihelionmodern of Venus occurs on average every 224.7 days.
10. The perihelionmodern distance of Jupiter is about 741 million kilometres from the sun.
11. The perihelionmodern period of Halley's Comet is about 76 years.
12. Scientists use perihelionmodern data to better understand the movement of comets through our solar system.
13. The perihelionmodern of Uranus occurs once every 84 years.
14. The perihelionmodern distance of Saturn is about 1.35 billion kilometres from the sun.
15. The perihelionmodern of Neptune occurs once every 165 years.
16. The perihelionmodern angle of an asteroid's orbit can impact its potential to cause damage if it collides with Earth.
17. The perihelionmodern point of a binary star system refers to the point at which the two stars are closest to each other.
18. The study of perihelionmodern points is an important part of celestial mechanics.
19. The perihelionmodern distance of the dwarf planet Ceres is about 387 million kilometres from the sun.
20. The perihelionmodern of Eris occurs once every 557 years.
21. The perihelionmodern angle of a planet's orbit can impact its climate and atmospheric conditions.
22. The perihelionmodern point of a solar orbit is the point at which a satellite is closest to the sun.
23. The location of a satellite's perihelionmodern point can impact its ability to function properly.
24. The study of perihelionmodern distances can provide insights into the formation and evolution of our solar system.
25. The perihelionmodern period of 1P/Halley Comet is approximately 76 Earth years.
26. The perihelionmodern distance of the dwarf planet Pluto is about 4.4 billion kilometres from the sun.
27. The perihelionmodern angle of a planet's orbit is one of the factors that influence its speed.
28. The perihelionmodern point of a planet's orbit is an important factor in determining the length of its year.
29. The study of perihelionmodern periods can help us better understand the history and dynamics of our solar system.
30. The perihelionmodern distance of the dwarf planet Haumea is about 6.5 billion kilometres from the sun.
Common Phases
1. The
perihelionmodern event occurs once every 100 years; it is a rare phenomenon.
2. The
perihelionmodern phase can only be observed using special equipment; it is not visible with the naked eye.
3. The
perihelionmodern approach of the comet is caused by gravitational forces; it results in a distinct trajectory.
4. The
perihelionmodern point of a planet's orbit is the closest it gets to the sun; it also has the greatest orbital velocity.
5. The
perihelionmodern phase of a comet is when it is closest to the sun; this causes it to emit gas and dust, creating a tail.