Adjectives For Orbit
Discover the most popular adjectives for describing orbit, complete with example sentences to guide your usage.
Updated on March 16, 2024
The word 'orbit' instantly brings to mind the vast expanse of space, encompassing the paths celestial bodies trace in the universe. Each adjective paired with 'orbit' unveils unique scenarios in the cosmic dance. Describing an orbit as 'circular' hints at a near-perfect celestial loop, while 'elliptical' reveals the stretched, oval shape many planets and satellites follow. 'Low' orbit suggests proximity to Earth, crucial for satellite imagery, whereas 'lunar' defines the specific trajectory around our moon. 'Geostationary' orbits speak to satellites maintaining a constant, fixed position relative to the Earth, invaluable for communication networks. 'Periodic' orbits, on the other hand, emphasize the repetitive nature of these celestial paths. Dive into the full range of adjectives that explore the nuances of 'orbit' and how each impacts our understanding of space.
| circular | The satellite was placed in a circular orbit around the Earth. |
| elliptical | The comet travels in an elliptical orbit around the sun. |
| low | The International Space Station is in low orbit around Earth. |
| lunar | The spacecraft entered lunar orbit after a three-day journey. |
| geostationary | The satellite is in geostationary orbit meaning it stays in the same position relative to the Earth's surface. |
| periodic | The motion of the pendulum is described by a periodic orbit |
| soviet | The Soviets successfully launched the Sputnik 1 satellite into Soviet orbit in 1957. |
| elliptic | The satellite was launched into an elliptic orbit around the planet. |
| synchronous | The satellite entered a synchronous orbit around the Earth. |
| polar | The weather satellite is placed in a polar orbit around the earth to constantly monitor the weather patterns and climate changes. |
| right | The right orbit of the satellite was slightly oval. |
| left | His right eye was ejected from its socket and he had a gaping hole left orbit |
| bony | The bony orbit is the cavity in the skull that houses the eye. |
| stable | The satellite was placed in a stable orbit around the planet. |
| eccentric | The comet's eccentric orbit took it close to the sun and then far into the outer reaches of the solar system. |
| outer | The spacecraft is in outer orbit of the planet. |
| closed | The closed orbit of the particle is found using the Newton-Raphson method. |
| satellite | |
| higher | The satellite was launched into a higher orbit |
| solar | The Earth's solar orbit is approximately 365.25 days. |
| spin | The spin orbit interaction couples the electron spin to its orbital motion. |
| earth | The International Space Station is in earth orbit |
| communist | The tattered remains of the once-mighty Soviet Union slowly drifted further into the inevitable communist orbit |
| planetary | The spacecraft reached the planetary orbit of Mars after a month-long journey. |
| equatorial | The satellite was placed in an equatorial orbit around the Earth. |
| parabolic | A craft was travelling through space, following a parabolic orbit around the planet. |
| relative | The Earth's relative orbit around the Sun is approximately 365 days. |
| stationary | The satellite was placed in a stationary orbit around the Earth. |
| geosynchronous | The satellite orbits the Earth in a geosynchronous orbit maintaining a fixed position relative to the ground. |
| final | We are just one final orbit away from our destination. |
| initial | The satellite was initially placed in a 200-kilometer initial orbit |
| hyperbolic | The probe entered a hyperbolic orbit around the Sun. |
| apparent | The comet's apparent orbit was highly elliptical. |
| inner | Scientists observed the star's inner orbit around the more massive object. |
| larger | The outer planets have larger orbits than the inner planets. |
| proper | The planet was in a proper orbit around the star. |
| russian | |
| posterior | The posterior orbit of the frontal bone articulates with the greater wing of the sphenoid bone. |
| annual | Jupiter's annual orbit around the sun varies from 10 to 12 years. |
| unstable | The asteroid entered an unstable orbit around the planet. |
| outermost | The planet Pluto is in the outermost orbit of our solar system. |
| retrograde | The comet has a retrograde orbit meaning it orbits in the opposite direction of the planets in our solar system. |
| smaller | The smaller orbit of the planet allowed for a shorter year. |
| superior | The superior orbit is the bony socket that houses the eye. |
| mile | The satellite was placed in a 200-mile orbit around the Earth. |
| medial | The medial orbit is the middle part of the eye socket. |
| anterior | The scar crosses the anterior orbit and extends medially and superiorly. |
| narrow | The planet had a narrow orbit around the star. |
| keplerian | The planet's trajectory around the star was an elliptical keplerian orbit |
| lateral | The comet has a lateral orbit relative to the Sun. |
| innermost | Jupiter's innermost orbit is occupied by the moon Metis. |
| inclined | The planet's inclined orbit around the star puzzled astronomers. |
| terrestrial | The Earth completes one terrestrial orbit around the Sun in 365.25 days. |
| close | The satellite was in a close orbit around the planet. |
| stage | The spacecraft entered a stage orbit around the planet. |
| wider | The planet has a wider orbit than Earth. |
| lowest | The satellite was placed in the lowest orbit possible. |
| inferior | The nerves that run along the inferior orbit include the infraorbital nerve, the zygomatic nerve, and the lacrimal nerve. |
| classical | The classical orbit of a celestial body is a predictable path that it follows around another body. |
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