100 Examples of sentences containing the common noun "ekliptik"

Definition

Ekliptik refers to the imaginary plane that contains the Earth's orbit around the Sun. It is the path that the Sun appears to trace through the stars over the course of a year, which is essential in the study of astronomy and celestial navigation.

Synonyms

• Ecliptic
• Celestial equator (in broader contexts)
• Orbital plane (context-specific)

Antonyms

• None (as "Ekliptik" is a specific astronomical term and does not have direct opposites)

Examples

1. The Sun travels along the Ekliptik every year.
2. Astronomers study the position of planets relative to the Ekliptik.
3. The Ekliptik is tilted at an angle of about 23.5 degrees.
4. Understanding the Ekliptik helps in predicting eclipses.
5. The stars move across the sky along the Ekliptik.
6. The Earth's axial tilt affects how we perceive the Ekliptik.
7. Observing the Ekliptik can reveal the changing seasons.
8. The Moon's phases are influenced by its position along the Ekliptik.
9. The Ekliptik serves as a reference for celestial coordinate systems.
10. Many constellations lie along the Ekliptik.
11. Astrologers often refer to the Ekliptik in their charts.
12. The Ekliptik plays a key role in determining the zodiac signs.
13. Solar and lunar eclipses occur when celestial bodies align on the Ekliptik.
14. The Ekliptik is marked by the twelve zodiac constellations.
15. Satellites are often placed in orbits that align with the Ekliptik.
16. The concept of the Ekliptik dates back to ancient civilizations.
17. The Ekliptik can be seen as a circle in the sky.
18. The position of the planets is often discussed in relation to the Ekliptik.
19. Navigators use the Ekliptik for celestial navigation.
20. The Ekliptik is crucial for understanding the solar system's dynamics.
21. Solar observations are made with respect to the Ekliptik.
22. The Ekliptik influences seasonal weather patterns on Earth.
23. The Earth's orbit defines the Ekliptik.
24. The concept of the Ekliptik helps simplify complex astronomical calculations.
25. The Ekliptik is essential for understanding the solar system's structure.
26. Many phenomena, such as solstices, are tied to the Ekliptik.
27. The Ekliptik is pivotal in the study of eclipses.
28. The stars' apparent movement is linked to the Ekliptik.
29. The Ekliptik is often depicted in planetary models.
30. Understanding the Ekliptik is important for amateur astronomers.
31. The Ekliptik helps to visualize the solar system's layout.
32. Celestial events are often categorized by their relation to the Ekliptik.
33. The Ekliptik intersects with the celestial equator at two points.
34. The Ekliptik aids in the identification of star patterns.
35. The Ekliptik is a reference for astrophysics research.
36. The alignment of the planets along the Ekliptik can influence astrological predictions.
37. The Ekliptik is a fundamental aspect of celestial mechanics.
38. Observatories often align their telescopes with the Ekliptik.
39. The Ekliptik serves as a guide for astronomical observations.
40. The Moon's orbit is inclined to the Ekliptik.
41. The Ekliptik helps in understanding the motion of comets.
42. The Ekliptik is essential in calculating the positions of celestial bodies.
43. The study of the Ekliptik can enhance our knowledge of planetary systems.
44. The Ekliptik is important for timekeeping and calendars.
45. The Ekliptik influences the visibility of constellations throughout the year.
46. The Ekliptik is sometimes referred to as the "great circle" in the sky.
47. The Ekliptik is observed during astronomical events like the equinoxes.
48. The Ekliptik serves as a baseline for measuring celestial distances.
49. The Ekliptik can be mapped in three-dimensional space.
50. The study of the Ekliptik has improved our understanding of space weather.
51. The Ekliptik is often used in astrobiology for exoplanet studies.
52. The Ekliptik defines the plane in which most planets orbit.
53. The Ekliptik is crucial for launching space missions.
54. The Ekliptik is referenced in discussions about gravitational forces.
55. The concept of the Ekliptik helps in modeling stellar evolution.
56. The Ekliptik is vital for understanding the Milky Way's structure.
57. The Ekliptik intersects with the galactic plane in certain regions.
58. The Ekliptik provides context for studying cosmic events.
59. The Ekliptik is often featured in astronomy textbooks.
60. The Ekliptik assists in the mapping of celestial objects.
61. The Ekliptik is a fundamental concept in orbital dynamics.
62. The Ekliptik influences how we perceive the night sky.
63. The Ekliptik is important for understanding the solar wind.
64. The Ekliptik is often visualized using planetarium software.
65. The Ekliptik can be used to track satellite movements.
66. The Ekliptik serves as a reference for spacecraft navigation.
67. The position of stars is often described in relation to the Ekliptik.
68. The Ekliptik is crucial for understanding climate change over millennia.
69. The Ekliptik is a key concept in the field of heliophysics.
70. The Ekliptik is essential for studying planetary atmospheres.
71. The Ekliptik is referenced in astrological birth charts.
72. The Ekliptik represents a fundamental aspect of our solar system.
73. The Ekliptik provides insights into the history of our planet.
74. The Ekliptik is often depicted in celestial maps.
75. The Ekliptik helps in understanding the Earth's axial precession.
76. The Ekliptik aids in the study of cosmic radiation.
77. The Ekliptik can affect the gravitational interactions between bodies.
78. The Ekliptik is essential for modeling planetary atmospheres.
79. The Ekliptik informs our understanding of solar cycles.
80. The Ekliptik plays a role in studying the origin of the solar system.
81. The Ekliptik influences the distribution of asteroids in the belt.
82. The Ekliptik can be used to study the effect of dark matter.
83. The Ekliptik helps in predicting the paths of meteors.
84. The Ekliptik is critical for understanding orbital resonance.
85. The Ekliptik provides context for studying exoplanets.
86. The Ekliptik is often a focal point in astrophysical research.
87. The Ekliptik can be visualized through various astronomical software.
88. The Ekliptik is essential for understanding the dynamics of moons.
89. The Ekliptik intersects with the paths of many comets.
90. The Ekliptik is key for planetary alignment events.
91. The Ekliptik is important for understanding gravitational waves.
92. The Ekliptik aids in the classification of celestial phenomena.
93. The Ekliptik is often referenced in space exploration missions.
94. The Ekliptik assists in mapping the solar system's boundaries.
95. The Ekliptik is foundational for studying celestial mechanics.
96. The Ekliptik provides a framework for understanding orbital parameters.
97. The Ekliptik can influence the timing of astronomical events.
98. The Ekliptik is a crucial aspect of modern astrophysics.
99. The Ekliptik helps in understanding the evolutionary history of our solar system.
100. The Ekliptik serves as a guide for both amateur and professional astronomers.