"Perigee" Example Sentences
1. The moon will be at perigee tonight.
2. The spacecraft reached perigee and began its descent.
3. The perigee of the comet is predicted to be in two years.
4. The satellite reached its perigee and began transmitting data.
5. The perigee shift caused the tides to rise dramatically.
6. The spaceship entered perigee orbit around the planet.
7. The moon's perigee distance varies throughout the year.
8. The perigee velocity of the asteroid was calculated by the scientists.
9. The satellite's perigee was lowered to avoid collision with debris.
10. The observatory captured images of the moon at perigee.
11. The spacecraft achieved perigee velocity faster than anticipated.
12. The perigee distance of Mars is roughly 55.7 million km.
13. The lunar lander was programmed to land at perigee.
14. The satellite failed to reach perigee due to technical difficulties.
15. The spacecraft was positioned at perigee for optimal data collection.
16. The perigee altitude of the satellite was measured using radar.
17. The spacecraft experienced turbulence during perigee passage.
18. The satellite was programmed to orbit at perigee for maximum coverage.
19. The spacecraft's perigee burn was successful in adjusting its trajectory.
20. It was a rare occurrence to witness a supermoon at perigee.
21. The perigee of the planet's orbit makes it closer to the sun.
22. The moon's perigee position influences its gravitational pull on the Earth.
23. The rocket achieved perigee velocity and continued towards its destination.
24. The perigee angle of the satellite was adjusted to improve signal reception.
25. The spacecraft suffered damage during perigee passage through the atmosphere.
26. The perigee approach of the asteroid caused concern among astronomers.
27. The moon's perigee is much closer to the Earth than its apogee.
28. The satellite made a close pass during perigee over the North Pole.
29. The spacecraft's perigee trajectory was calculated using complex algorithms.
30. The perigee distance of an object in orbit is the closest point to the center of its orbit.
Common Phases
1. The moon was at
perigee; it appeared larger than usual.
2. The satellite approached
perigee; data collection became more efficient.
3. The rocket's trajectory included a
perigee; it would pass very close to the earth.
4. The tidal forces were strongest at
perigee; the ocean's currents were affected.
5. The spacecraft experienced a
perigee maneuver; it adjusted its orbit for a more optimal path.
6. During
perigee, the earth's gravity pulled the object closer; the velocity increased as a result.
7. The
perigee altitude of the orbit was calculated; it would impact communication with ground-based equipment.
8. The gravitational pull of the
perigee was so strong; it disrupted the navigation system of the spacecraft.
9. The
perigee of the comet was closely monitored; scientists hoped to collect valuable data during this time.
10. The
perigee distance between the moon and earth varied; it was affected by the earth's gravitational field.