Use "Planetary" in a sentence | "Planetary" sentence examples
Planetary is an adjective that refers to anything related to or characteristic of planets. It can also be used as a noun to describe a celestial body that orbits around a star, specifically referring to the eight planets in our solar system. When using the word "planetary" in a sentence, it is important to consider its context and meaning. Here are some tips on how to effectively incorporate this word into your writing:
1. Scientific context: - "The planetary alignment was a rare celestial event that astronomers eagerly observed." - "Scientists are studying the planetary composition to understand the formation of our solar system."
2. Space exploration: - "NASA's mission is to explore and discover new planetary systems beyond our own." - "The rover successfully landed on the Martian surface, marking a significant milestone in planetary exploration."
3. Environmental context: - "The effects of climate change are not limited to a single country; they have a planetary impact." - "Efforts to reduce carbon emissions are crucial for the preservation of our planetary health."
4. Astrology and spirituality: - "According to astrologers, the planetary positions at the time of birth can influence one's personality traits." - "Meditation is believed to help align the mind, body, and spirit with the planetary energies."
5. Fiction and storytelling: - "In the science fiction novel, the protagonist embarks on a daring journey through various planetary systems." - "The movie depicted an epic battle between two planetary civilizations."
6. Economic and global context: - "The company's expansion plans aim to establish a strong planetary presence in emerging markets." - "International cooperation is essential for addressing global challenges on a planetary scale." Remember to use "planetary" appropriately in terms of grammar and sentence structure. It is an adjective, so it should modify a noun or noun phrase. Additionally, consider the tone and style of your writing to ensure that the word seamlessly fits into the overall context.
In conclusion, the word "planetary" can be used in various contexts, ranging from scientific discussions to fictional storytelling. By understanding its meaning and following these tips, you can effectively incorporate this word into your writing, enhancing clarity and precision.
In the remaining portion of this article, additional example sentences are presented to demonstrate the usage of the term "Planetary" within sentences.
"Planetary"
(1) Blast off into the planetary.
(2) A planet is a planetary entity.
(3) Planetary nebulae can vary in size
(4) Areology is a branch of planetary science.
(5) The generic term for a planet is planetary.
(6) Planetary nebulae are relatively short-lived
(7) Pollux is believed to have a planetary system
(8) The astronomer discovered a planetary nebula.
(9) Nebulium is commonly found in planetary nebulae.
(10) The study of planets is called planetary science.
Sentence For "Planetary"
(11) Planetary nebulae emit light at various wavelengths
(12) The spiral galaxy is home to many planetary systems.
(13) The term planetary in planetary nebula is misleading
(14) The nebular disk is a hotbed of planetary formation.
(15) Astrochemists study the chemistry of planetary moons.
(16) The planetary transit passes over in front of the sun.
(17) Johannes Kepler invented the laws of planetary motion.
(18) Micrometeoroids can create craters on planetary bodies.
(19) The model t had a unique planetary transmission system.
(20) The interstellar wind can affect planetary atmospheres.
"Planetary" In A Sentence
(21) Kepler's laws of planetary motion are still used today.
(22) Planetary nebulae are often shaped like rings or shells.
(23) Astrochemists research the chemistry of planetary rings.
(24) Johannes Kepler discovered the laws of planetary motion.
(25) Mineralogy is important in the field of planetary science
(26) The word planetary refers to anything related to planets.
(27) The white dwarf star is surrounded by a planetary nebula.
(28) Astrophysically study the formation of planetary systems.
(29) The internal gear is often used in planetary gear systems.
(30) Orbital motion allows for the formation of planetary rings.
"Planetary" Sentence
(31) JPL conducts research on planetary science and astrophysics.
(32) Lunas play a crucial role in the study of planetary science.
(33) The internal gear is commonly used in planetary gear systems.
(34) Come back to Saturn and marvel at its planetary magnificence.
(35) The stability of planetary systems depends on orbital motion.
(36) The Ring Nebula is a well-known example of a planetary nebula.
(37) Cosmic dust plays a role in the creation of planetary systems.
(38) The planetary alignment created a spectacular celestial event.
(39) The astrologer was vaticinating about the planetary movements.
(40) The planetary motion around the sun follows an elliptical path.
"Planetary" Sentence Examples
(41) The red giant star HR 8799 is known to have a planetary system.
(42) Astrochemists analyze the composition of planetary atmospheres.
(43) The Alcyone star system is believed to have a planetary system.
(44) Johannes Kepler's laws of planetary motion are still used today.
(45) The central star of a planetary nebula is usually a white dwarf.
(46) Micrometeoritic impacts can cause erosion on planetary surfaces.
(47) Troilite is a key component in the study of planetary formation.
(48) The planetary alignment can have an impact on the tides on Earth.
(49) The Cat's Eye Nebula is one of the most famous planetary nebulae.
(50) Terrae is an important concept in the field of planetary geology.
Sentence With "Planetary"
(51) Baddeleyite is a key mineral in the study of planetary formation.
(52) Johannes Kepler's research on planetary orbits was groundbreaking.
(53) The study of asteroids is an important field in planetary science.
(54) The celestial event of a planetary alignment is a rare occurrence.
(55) The Helix Nebula is one of the closest planetary nebulae to Earth.
(56) Terrae is a fascinating subject of study for planetary scientists.
(57) Pyroxene is an important mineral in the study of planetary geology.
(58) The planetary motion is governed by the laws of gravity and motion.
(59) Achondrites can be used to determine the age of planetary surfaces.
(60) The cosmographical survey documented the various planetary systems.
Use "Planetary" In A Sentence
(61) The formation of a planetary nebula marks the end of a star's life.
(62) The starlog entry highlighted the appearance of a planetary nebula.
(63) Red giant stars are crucial for the formation of planetary nebulae.
(64) Kepler's laws revolutionized our understanding of planetary motion.
(65) The internal gear is an integral part of the planetary gear system.
(66) Johannes Kepler was a codiscoverer of the laws of planetary motion.
(67) Cosmic dust can contribute to the creation of new planetary systems.
(68) The remnants of supernovae can form new stars and planetary systems.
(69) The planetary atmosphere is composed of various gases and particles.
(70) The remnants of supernovas can form new stars and planetary systems.
Sentence Using "Planetary"
(71) Enstatite is an important mineral in the study of planetary geology.
(72) The astronomer-royal's book on planetary motion became a bestseller.
(73) Astrologies can predict future events based on planetary alignments.
(74) The orrery's moving parts demonstrated the laws of planetary motion.
(75) The space exploration can interfere beyond the planetary boundaries.
(76) Tectonics is a fundamental concept in the study of planetary geology.
(77) The planetary atmosphere can vary greatly in composition and density.
(78) A planetary nebula is a type of emission nebula found in outer space.
(79) The study of plutoids is an important field within planetary science.
(80) Forsterite is an important mineral in the study of planetary geology.
Sentences With "Planetary"
(81) The scientist discovered a new planetary orb beyond our solar system.
(82) Mars has a history of being a subject of study for planetary science.
(83) The telescope was used to observe the formation of planetary systems.
(84) Johannes Kepler's understanding of planetary motion was revolutionary.
(85) Isaac Newton's theories on planetary motion were a major breakthrough.
(86) Micrometeorites can be used to estimate the age of planetary surfaces.
(87) The rover was sent to explore the surface of a distant planetary body.
(88) The planetary system is believed to have formed billions of years ago.
(89) Planetary nebulae are formed when a dying star sheds its outer layers.
(90) Achondrites can be found on Earth as well as on other planetary bodies
Sentence Of "Planetary"
(91) The perigees of planetary nebulae can create stunning visual displays.
(92) If you're interested in the science of planetary rings, go for Saturn.
(93) The ephemeris provides accurate information about planetary movements.
(94) Achondrites can provide insights into the formation of planetary cores.
(95) Planetary nebulae are often surrounded by a faint halo of gas and dust.
(96) Achondrites can be used to study the impact history of planetary bodies
(97) Circularisation is a key process in the formation of planetary systems.
(98) Astrophysicists study the formation and evolution of planetary nebulae.
(99) Terrae is often used in scientific discussions about planetary geology.
(100) The mainbelt is an important area of research for planetary scientists.
"Planetary" Sentences
(101) We should move away from Saturn and journey to other planetary systems.
(102) The motion of planets around the sun is an example of planetary motion.
(103) Astrology can be used to understand the different planetary alignments.
(104) Ptolemy's theories on planetary motion were groundbreaking for his time.
(105) Geodynamics is a fundamental aspect of geophysics and planetary science.
(106) The planetary scientist discovered a new moon orbiting a distant planet.
(107) Achondrites can be used to study the impact history of planetary bodies.
(108) Clinopyroxene is an important mineral in the study of planetary geology.
(109) Achondrites can be used to study the thermal history of planetary bodies
(110) The Ring Nebula is a planetary nebula located in the constellation Lyra.
"Planetary" Use In Sentence
(111) I use the ephemerides to plan my observations of planetary conjunctions.
(112) The study of planetary motion is crucial for space exploration missions.
(113) Orthopyroxene is an important mineral in the study of planetary geology.
(114) The subdiscipline of astronomy known as planetary science studies planets
(115) Radiation pressure is a key factor in the formation of planetary systems.
(116) The geocentric model was challenged by the discovery of planetary motion.
(117) The planetary rings around Jupiter are made up of tiny particles of dust.
(118) Achondrites can be used to study the thermal history of planetary bodies.
(119) The astronomical unit is a key concept in the study of planetary science.
(120) The Butterfly Nebula is another well-known example of a planetary nebula.
Sentence On "Planetary"
(121) The Hourglass Nebula is a striking example of a bipolar planetary nebula.
(122) Achondrites can be used to study the volatile content of planetary bodies
(123) The discovery of gravity antecedes the understanding of planetary motion.
(124) The study of moonlets is an active area of research in planetary science.
(125) Esotericists study the effects of planetary alignments on human behavior.
(126) Brahe's accurate measurements of planetary positions were groundbreaking.
(127) The study of planetary motion requires precise mathematical calculations.
(128) Astrochemical models can help explain the formation of planetary systems.
(129) Copernican theory provided a more elegant explanation of planetary motion.
(130) The Kuiper Belt is an important area of research for planetary scientists.
"Planetary" Example
(131) The Dumbbell Nebula is one of the largest and brightest planetary nebulae.
(132) Planetary nebulae are typically found in regions of active star formation.
(133) Astrochemical processes play a role in the formation of planetary systems.
(134) Nicolaus Copernicus's book on planetary motion was published posthumously.
(135) Beam me up, Scotty, I want to witness the birth of a new planetary system.
(136) The astronomy class analyzed the concentric structure of planetary orbits.
(137) Moonlets can have a significant impact on the dynamics of planetary rings.
(138) Hubble's images have revealed the complex structures of planetary nebulae.
(139) Anga is a term used in astrology to refer to specific planetary positions.
(140) The Copernican system was a breakthrough in understanding planetary motion.
"Planetary" In Sentence
(141) The stargazer's excitement grew as they spotted a rare planetary alignment.
(142) The terraforming project requires extensive knowledge of planetary systems.
(143) Kepler's law of harmonies helps explain the regularity of planetary motion.
(144) Chondritises are often used as analogs for studying other planetary bodies.
(145) The presence of double-stars can affect the stability of planetary systems.
(146) Planetary nebulae are thought to play a role in the formation of new stars.
(147) The metallicity of a star can affect the stability of its planetary orbits.
(148) Astronomers use a spectrograph to study the formation of planetary systems.
(149) We plan to enter orbit around a distant star to study its planetary system.
(150) Micrometeoroids can provide insights into the formation of planetary rings.
"Planetary" Sentences In English
(151) The accretionary disk around a protostar is where a planetary system forms.
(152) The Copernican system revolutionized our understanding of planetary motion.
(153) Geodynamics is a fundamental component of geophysics and planetary science.
(154) The discovery of exoplanets has expanded our knowledge of planetary motion.
(155) The understanding of planetary motion is essential for predicting eclipses.
(156) The study of impactors can help us determine the age of planetary surfaces.
(157) Gravitational attraction is what causes the formation of planetary systems.
(158) Epicycles were a complex and convoluted way of explaining planetary motion.
(159) The study of planetary motion has revealed the existence of planetary rings.
(160) Clyde Tombaugh's discovery of Pluto was a breakthrough in planetary science.
Make Sentence With "Planetary"
(161) Micrometeorites can be used to study the impact history of planetary bodies.
(162) The chasma's discovery was a significant milestone in planetary exploration.
(163) The planetary orbits are not perfect circles but rather elliptical in shape.
(164) The planetary rotation affects the climate and weather patterns on a planet.
(165) Kepler's law of harmonies is a key concept in the study of planetary motion.
(166) Achondrites can be used to study the magnetic properties of planetary bodies
(167) Budu is a term used in astrology to refer to a specific planetary alignment.
(168) The presence of quasisatellites can affect the stability of planetary rings.
(169) The astronomer discovered a star system with heteromorphic planetary bodies.
(170) Cosmic dust can be found in the rings of Saturn and other planetary systems.
Sentences Using "Planetary"
(171) The Galilean moons have influenced our understanding of planetary formation.
(172) The astrochemist analyzed the chemical composition of planetary atmospheres.
(173) The astronomer's research has led to the discovery of new planetary systems.
(174) Areology is a field that combines geology, astronomy, and planetary science.
(175) The equants were used to account for the irregularities in planetary motion.
(176) The exoplanet's discovery has led to new theories about planetary formation.
(177) The Helix Nebula is a planetary nebula located in the constellation Aquarius.
(178) The planetary rotation determines the length of a day on a particular planet.
(179) The teacher used an orb model to explain planetary movements to the students.
(180) The study of siderophile elements provides insights into planetary formation.
Sentence From "Planetary"
(181) The Hubble Space Telescope has captured stunning images of planetary nebulae.
(182) The Venera program contributed to our understanding of planetary atmospheres.
(183) The undefined mascon's location within the planetary crust is being examined.
(184) The study of protoplanets is an active area of research in planetary science.
(185) The circumstellar environment can influence the formation of planetary rings.
(186) Astrologists study the effects of planetary aspects on health and well-being.
(187) Astrophysicists investigate the formation and evolution of planetary systems.
(188) The geocentrism theory was supported by the observations of planetary motion.
(189) The ancient Greeks were the first to propose theories about planetary motion.
(190) The elliptical shape of planetary orbits is a key aspect of planetary motion.
(191) The epicycle theory was an attempt to explain the observed planetary motions.
(192) The spectral window is used to study the properties of planetary atmospheres.
(193) The magnetic dip is an important concept in the study of planetary magnetism.
(194) Kuiper belt objects are believed to be remnants of failed planetary formation.
(195) The Copernican system provided a more elegant explanation of planetary orbits.
(196) Copernican astronomy provided a more accurate explanation of planetary motion.
(197) The shockwave from a supernova can trigger the formation of planetary systems.
(198) The planetary magnetic field protects the planet from harmful solar radiation.
(199) The study of planetesimals is an active area of research in planetary science.
(200) The Ghost of Jupiter is a planetary nebula located in the constellation Hydra.
(201) Sarang is a term used in astrology to describe a specific planetary alignment.
(202) The Cat's Eye Nebula is a planetary nebula located in the constellation Draco.
(203) Meteoroids can be found on the surface of the Moon and other planetary bodies.
(204) Bohr's model of the atom was an improvement over Rutherford's planetary model.
(205) Areology is a field that requires a deep understanding of planetary processes.
(206) The Copernican system provided a more accurate explanation of planetary motion.
(207) The findings in meteoritics contribute to our knowledge of planetary formation.
(208) The mathematical equations describing planetary motion are complex but elegant.
(209) Johannes Kepler's laws of planetary motion are fundamental to modern astronomy.
(210) Clyde Tombaugh's discovery of Pluto sparked a new era of planetary exploration.
(211) Kepler's law of harmonies revolutionized our understanding of planetary motion.
(212) The colorful appearance of planetary nebulae is due to the ionization of gases.
(213) Planetary nebulae can be found in both the Milky Way galaxy and other galaxies.
(214) The metallicity of a star can determine the type of planetary systems it forms.
(215) The field of volcanology contributes to our understanding of planetary geology.
(216) The development of telescopy has led to the discovery of new planetary systems.
(217) The study of planetary motion helps us understand the dynamics of the universe.
(218) The astrochemist examined the chemical processes that occur in planetary rings.
(219) Kamacite is often used as a marker for the differentiation of planetary bodies.
(220) Terraforming requires a deep understanding of planetary science and engineering.
Short & Simple Example Sentence For "Planetary" | "Planetary" Sentence
(221) The ancient Greeks were among the first to develop theories on planetary motion.
(222) The study of planetary motion has revealed the existence of gravitational waves.
(223) The study of exoplanets has provided valuable insights into planetary formation.
(224) The chasma's discovery has opened up new avenues for studying planetary geology.
(225) The planetary magnetic field can cause beautiful auroras to form near the poles.
(226) Achondrites can provide insights into the geological history of planetary bodies
(227) Micrometeorite impacts can alter the chemical composition of planetary surfaces.
(228) The ephemerides provide valuable data for astronomers studying planetary motion.
(229) The satellite will enter orbit around a red dwarf to study its planetary system.
(230) We need to enter orbit around a planetary nebula to observe its expanding shell.
(231) Occultations can be used to study the structure and dynamics of planetary rings.
(232) Chondrule formation is a key process in the early stages of planetary formation.
(233) The study of planetary motion helps astronomers predict future celestial events.
(234) Epicycloids can be used to model real-world phenomena, such as planetary motion.
(235) Astronomers used epicycles to account for the discrepancies in planetary motion.
(236) We used a star chart to determine the best time to view a planetary conjunction.
(237) The blueshifts in the light from a planetary nebula indicate its expansion rate.
(238) The epicyclic planetary system is a popular topic in science fiction literature.
(239) The orbit of a planet can be calculated using Kepler's laws of planetary motion.
(240) The ephemeris is updated regularly to account for changes in planetary positions.
How Do You Write A Good Sentence With "Planetary"?
(241) The apsis of a binary star system can lead to the formation of planetary systems.
(242) Chondritises are often used as reference materials in planetary science research.
(243) Astronomers study planetary nebulae to better understand the life cycle of stars.
(244) The Babylonian astronomers were able to predict eclipses and planetary movements.
(245) The undefined mascon's significance in planetary formation is being investigated.
(246) The study of circumstellar disks has revealed the diversity of planetary systems.
(247) The white dwarf star is surrounded by a disk of debris from its planetary system.
(248) Nebulium is believed to be a key component in the formation of planetary systems.
(249) Cydonia is an area of interest for planetary scientists studying Mars' evolution.
(250) The three laws of Kepler provide a comprehensive description of planetary motion.
(251) The intricate dance of planetary motion is a fascinating subject for astronomers.
(252) The study of planetary motion helps us understand the formation of solar systems.
(253) Astronomers used epicycles to account for the irregularities in planetary motion.
(254) The solar constant is an essential concept in astrophysics and planetary science.
(255) The natural resource depletion can interfere during the planetary sustainability.
(256) The epicyclic planetary system is a popular design for high-performance bicycles.
(257) The study of planetesimals is an important area of research in planetary science.
(258) Io's volcanic activity is one of the most studied phenomena in planetary science.
(259) The study of endogenic processes is important for the field of planetary science.
(260) The understanding of planetary motion has led to the discovery of the Kuiper Belt.
English Sentences With Audio Using The Word "Planetary".
(261) The study of paleomagnetism has applications in both Earth and planetary sciences.
(262) The planetary system consists of the sun and all the planets that orbit around it.
(263) Astronomers use the optical telescope to study the formation of planetary systems.
(264) The understanding of planetary motion is fundamental to the field of astrophysics.
(265) The study of impactors can help us understand the dynamics of planetary formation.
(266) The yugas are believed to be influenced by cosmic forces and planetary alignments.
(267) The bolometry technique is used to measure the energy output of planetary nebulae.
(268) Protoplanets can have a significant impact on the evolution of a planetary system.
(269) The nebular hypothesis is an important concept in astronomy and planetary science.
(270) The Helix Nebula is a planetary nebula, which means it was formed by a dying star.
(271) Astrobiologies is a field that requires a deep understanding of planetary science.
(272) The solar system is just one of many planetary systems that exist in the universe.
(273) Johannes Kepler's calculations were instrumental in predicting planetary positions.
(274) Interplanetary missions have revolutionized our understanding of planetary geology.
(275) The planetary nebula is a beautiful cloud of gas and dust surrounding a dying star.
(276) The study of cosmochemistry helps us understand the formation of planetary systems.
(277) The study of australites has contributed to our understanding of planetary geology.
(278) The equant point allowed Ptolemy to account for the variations in planetary motion.
(279) The understanding of planetary motion has evolved significantly over the centuries.
(280) The Hadean eon is crucial in understanding the early stages of planetary formation.
How To Use "Planetary" With Example Sentences.
(281) The acceleration-of-gravity is a critical factor in the study of planetary science.
(282) The detection of circumstellar gas can indicate the presence of a planetary system.
(283) The first space probe is considered the progenitor of modern planetary exploration.
(284) Micrometeoroids can be a source of contamination for planetary exploration missions.
(285) The payload of the space probe was scientific instruments for planetary exploration.
(286) The planetary exploration mission aims to search for signs of life on other planets.
(287) Micrometeoroids can be a topic of interest for astronomers and planetary scientists.
(288) Scientists study protoplanets to understand the early stages of planetary formation.
(289) The hypocycloid is a curve that can be used to model the motion of planetary orbits.
(290) Chondrites are often used in laboratory experiments to simulate planetary processes.
(291) The perihelion of a comet can be calculated using Kepler's laws of planetary motion.
(292) The white dwarf star is surrounded by a thin layer of gas called a planetary nebula.
(293) Voyager has made significant contributions to our understanding of planetary science.
(294) The study of planetary motion has provided evidence for the existence of dark matter.
(295) The perihelia of the planets can be used to study the formation of planetary systems.
(296) The discovery of exoplanets has challenged previous theories about planetary systems.
(297) The planetary rings around Saturn are made up of countless particles of ice and rock.
(298) The planetary system is believed to have formed from a rotating disk of gas and dust.
(299) The planetary atmosphere plays a crucial role in regulating the planet's temperature.
(300) Achondrites can be used to study the differentiation of planetary mantles and crusts.
(301) Chondrites are often used as a reference for understanding other planetary materials.
(302) Achondrites can be used to study the formation and evolution of planetary atmospheres
(303) Quasisatellites can provide valuable insights into the dynamics of planetary systems.
(304) The study of quasisatellites can help us understand the formation of planetary rings.
(305) Nucleosynthesis is a crucial step in the formation of galaxies and planetary systems.
(306) The study of moonlets helps scientists understand the evolution of planetary systems.
(307) The chromospheres of stars play a crucial role in the formation of planetary systems.
(308) The study of exospheres helps in understanding the dynamics of planetary atmospheres.
(309) Chondrites are often used as reference materials for studying other planetary bodies.
(310) The observation of planetary motion led to the development of the heliocentric model.
(311) The study of planetary motion provides insights into the origins of our solar system.
(312) Could an etoile's rotation speed impact the formation of planetary systems around it?
(313) Altimetry is used in space exploration to determine the height of planetary surfaces.
(314) Kepler's laws of planetary motion were published in his book Astronomia Nova in 1609.
(315) The mainbelt is a fascinating area of study for astronomers and planetary scientists.
(316) The study of planetary motion has helped scientists determine the age of the universe.
(317) Clyde Tombaugh's work laid the foundation for future discoveries in planetary science.
(318) Epicycloids can be used to model planetary motion or the movement of celestial bodies.
(319) The planetary alignment occurs when multiple planets appear close together in the sky.
(320) Kepler's law of harmonies is a fundamental principle in the study of planetary motion.
(321) Going through Saturn's rings would provide valuable insights into planetary formation.
(322) Chondrites can be used to study the effects of space weathering on planetary surfaces.
(323) Kepler's law of planetary motion revolutionized our understanding of the solar system.
(324) The study of epicycles provided valuable insights into the nature of planetary motion.
(325) The study of exospheres helps in understanding the evolution of planetary atmospheres.
(326) Astrobiological studies consider the role of planetary atmospheres in supporting life.
(327) The application of Kepler's laws revolutionized our understanding of planetary motion.
(328) Tycho Brahe's work laid the foundation for Johannes Kepler's laws of planetary motion.
(329) Pigeonite is an essential mineral for understanding the evolution of planetary bodies.
(330) The noosphere is often associated with the idea of a global brain or a planetary mind.
(331) The perihelia of the planets can be calculated using Kepler's laws of planetary motion.
(332) Isaac Newton's theories on planetary motion provided a new perspective on the universe.
(333) The planetary geologist studies the surface features and geological history of planets.
(334) The application of geochronology extends beyond Earth and is used in planetary science.
(335) The meteoritical record provides insights into the early stages of planetary formation.
(336) The orreries in the classroom help students understand the concept of planetary motion.
(337) Astrologists study the effects of planetary transits on relationships and partnerships.
(338) Eucrite is often used in the study of impact cratering processes on planetary surfaces.
(339) Johannes Kepler's laws of planetary motion were published in his book Harmonices Mundi.
(340) Kepler's laws of planetary motion revolutionized our understanding of the solar system.
(341) The discovery of retrograde motion challenged traditional theories of planetary motion.
(342) The discovery of the three laws of planetary motion by Kepler was a major breakthrough.
(343) The identification of impactors can help us study the history of planetary bombardment.
(344) Astrophysically, the study of planetary atmospheres helps determine their habitability.
(345) Scientists study protoplanetary disks to understand the formation of planetary systems.
(346) Johannes Kepler's work on the laws of planetary motion was met with initial skepticism.
(347) The astrologer's foretelling of a major planetary alignment predicted a time of change.
(348) The protoplanetary disk can give rise to planetary systems with diverse characteristics.
(349) The laws of planetary motion have been used to calculate the trajectories of spacecraft.
(350) Achondrites can provide insights into the composition and structure of planetary bodies.
(351) Cosmism promotes the idea that humans should strive to become a multi-planetary species.
(352) The study of chondrules continues to be an active area of research in planetary science.
(353) Hamiltonian systems are often used to model physical phenomena such as planetary motion.
(354) Astronomers study circumstellar dust to understand the composition of planetary systems.
(355) The intricate design of orreries allows for accurate representation of planetary orbits.
(356) The study of gas giants is an active area of research in the field of planetary science.
(357) The formation of moonlets is thought to be a natural consequence of planetary formation.
(358) The study of occultations has provided insights into the formation of planetary systems.
(359) The sheer size of Saturn's planetary system can make one easily get lost in its expanse.
(360) Ptolemaic astronomers developed complex mathematical models to explain planetary motion.
(361) The reflective surface of a planetary body can illuminate space with a flicker of light.
(362) The astrologer's prediction forebode to be right about the upcoming planetary alignment.
(363) The nebular hypothesis is a key concept in the study of planetary science and astronomy.
(364) The astrophysical study of exoplanets has revealed a diverse range of planetary systems.
(365) The planetary magnetic field can interact with the solar wind to create stunning auroras.
(366) The study of protoplanets provides insights into the early stages of planetary evolution.
(367) Achondrites can be used to study the processes of planetary accretion and core formation.
(368) The presence of circumstellar material can affect the habitability of a planetary system.
(369) The orreries in the science fair project demonstrated the principles of planetary motion.
(370) Astrologists use ancient techniques to interpret the meaning behind planetary alignments.
(371) Brahe's collaboration with Johannes Kepler led to major advancements in planetary motion.
(372) Clyde Tombaugh's discovery of Pluto was a game-changer in the field of planetary science.
(373) The study of interplanetary dust can help us understand the formation of planetary rings.
(374) Johannes Kepler's observations of Mars helped him formulate his laws of planetary motion.
(375) Pyroxenes are important indicators of the mineralogy and composition of planetary bodies.
(376) The Sagan Institute at Cornell University is dedicated to the study of planetary science.
(377) The solar year is used as a reference for calculating the length of other planetary years.
(378) The study of exoplanets has challenged our previous assumptions about planetary formation.
(379) Kepler's laws of planetary motion revolutionized our understanding of celestial mechanics.
(380) Newton's laws of motion provided a mathematical framework for explaining planetary motion.
(381) Kepler's observations of the moon's motion helped him refine his laws of planetary motion.
(382) The planetary geologist studies the impact craters and volcanic activity on other planets.
(383) The astronomical unit is a key parameter in determining the stability of planetary orbits.
(384) The Ant Nebula is an example of a planetary nebula with a complex and intricate structure.
(385) The study of planetesimals provides insights into the early stages of planetary formation.
(386) The study of planetesimals helps scientists understand the diversity of planetary systems.
(387) The study of chondrules has led to advancements in our understanding of planetary science.
(388) Cosmologically, the formation of planetary systems is a common occurrence in the universe.
(389) Nebulium emissions can be used to study the chemical composition of planetary atmospheres.
(390) If you observe a planetary nebula, you can witness the stunning aftermath of a dying star.
(391) The principles of cosmochemistry can be applied to other planetary systems beyond our own.
(392) Quaoar's discovery has opened up new avenues of research in the field of planetary science.
(393) Meteoritics has contributed to our understanding of the formation of planetary atmospheres.
(394) The study of planetary motion has provided insights into the formation of our solar system.
(395) The study of planetary motion continues to be a fascinating field of research in astronomy.
(396) Kepler's discoveries have expanded our understanding of the diversity of planetary systems.
(397) The Procyon mission has provided valuable insights into the formation of planetary systems.
(398) Micrometeorites can be used to study the effects of space weathering on planetary surfaces.
(399) The study of exoplanets has provided evidence for the existence of other planetary systems.
(400) Achondrites can provide insights into the formation and evolution of planetary atmospheres.
(401) Planetary nebulae can provide valuable insights into the final stages of stellar evolution.
(402) Astrologists study the effects of planetary retrogrades on communication and relationships.
(403) The apogean distance of the moon can be calculated using Kepler's laws of planetary motion.
(404) Johannes Kepler's laws of planetary motion helped explain the retrograde motion of planets.
(405) The teacher used a model of the solar system as a teaching aid to explain planetary motion.
(406) The teacher used a model of the solar system as a teaching aid to explain planetary orbits.
(407) Eucrite is often used in research to study the formation and evolution of planetary bodies.
(408) Anorthosite is believed to have formed during the early stages of planetary differentiation.
(409) The ancient astronomers made significant contributions to our knowledge of planetary motion.
(410) The laws of planetary motion allow astronomers to predict the positions of celestial bodies.
(411) Kepler's law of harmonies is one of the three laws of planetary motion formulated by Kepler.
(412) The astrogate module on the spacecraft can calculate the optimal time for a planetary flyby.
(413) Eucrites can provide insights into the early solar system and planetary formation processes.
(414) The detection of an extrasolar asteroid provided valuable insights into planetary formation.
(415) The discovery of quasisatellites has opened up new avenues of research in planetary science.
(416) The epicyclical hypothesis was an attempt to explain the apparent loops in planetary motion.
(417) The study of cosmic dust helps us understand the processes that shape planetary atmospheres.
(418) Scientists use computer simulations to model the effects of impactors on planetary surfaces.
(419) Johannes Kepler's calculations of planetary positions were incredibly accurate for his time.
(420) Johannes Kepler's work on the laws of planetary motion was based on meticulous observations.
(421) Clyde Tombaugh's groundbreaking work opened up new avenues of research in planetary science.
(422) The astronomer was trying to needle on to the new planetary system that had been discovered.
(423) The astrochemical properties of planetary nebulae can provide insights into their formation.
(424) The crater at the center of the moon is a popular subject for research in planetary science.
(425) The study of planetary motion is essential in understanding the dynamics of our solar system.
(426) The discovery of elliptical orbits was a major breakthrough in the study of planetary motion.
(427) The study of planetary motion has helped scientists determine the habitability of exoplanets.
(428) The discovery of exoplanets has expanded our knowledge of the diversity of planetary systems.
(429) The study of planetary geology helps us understand the geological processes on other planets.
(430) The planetary exploration mission aims to gather data about the composition of other planets.
(431) The nebular theory provides a framework for understanding the formation of planetary systems.
(432) The gravitational constant is a key factor in determining the stability of planetary systems.
(433) The epicycle model required intricate calculations to accurately predict planetary positions.
(434) The Copernican system provided a more elegant explanation for the observed planetary motions.
(435) The study of nebulium has provided valuable insights into the formation of planetary systems.
(436) The epicycle theory was later disproved by the laws of planetary motion discovered by Kepler.
(437) The study of planetesimals can provide insight into the formation of other planetary systems.
(438) Carbon on a planetary scale is a key component of the atmospheres of Earth and other planets.
(439) Scientists study protoplanetary systems to understand the early stages of planetary formation.
(440) The study of planetary motion has led to the discovery of exoplanets outside our solar system.
(441) Kepler's observations of the motion of Mars helped him formulate his laws of planetary motion.
(442) The orbital velocity of a satellite can be calculated using Kepler's laws of planetary motion.
(443) Planetary nebulae are often observed using spectroscopy to analyze their chemical composition.
(444) The study of extrasolar planetary systems has revealed a wide range of orbital configurations.
(445) The bolometric correction for the planetary nebula was determined using nearby standard stars.
(446) The study of tidal friction is important for understanding the evolution of planetary systems.
(447) The study of trochospheres is crucial for understanding the dynamics of planetary atmospheres.
(448) The periastron distance of a planet can be calculated using Kepler's laws of planetary motion.
(449) Multiwavelength studies provide valuable information about the formation of planetary systems.
(450) The retrograde motion of Mars was a puzzling phenomenon in early theories of planetary motion.
(451) The study of planetary motion allows us to calculate the distances between planets accurately.
(452) Impactors can create craters on planetary surfaces, leaving behind evidence of their presence.
(453) Epicycloids are mathematical curves, and they are often used in the study of planetary motion.
(454) Astrophysically, the formation of planetary nebulae occurs when a star sheds its outer layers.
(455) Johannes Kepler's work on the laws of planetary motion was met with both praise and criticism.
(456) The planets in a solar system accrete with respect to accretion disks and planetary formation.
(457) The impactor's mission was to study the effects of a high-speed impact on a planetary surface.
(458) Interplanetary space missions require precise timing to take advantage of planetary alignments.
(459) Planetary nebulae are important for recycling heavy elements back into the interstellar medium.
(460) Exobiology is a field that requires a deep understanding of planetary science and astrobiology.
(461) The discovery of an extrasolar super-Earth challenged existing theories of planetary formation.
(462) Astrochemistry research contributes to our understanding of the formation of planetary systems.
(463) The chondritic nature of the rock made it a valuable resource for studying planetary formation.
(464) The study of lunas is an interdisciplinary field that combines astronomy and planetary science.
(465) The sheer vastness of Saturn's planetary system can make one get lost in its celestial wonders.
(466) Planetary motion is influenced by the gravitational pull of the sun and other celestial bodies.
(467) The study of planetary motion allows us to determine the length of a year on different planets.
(468) College students can learn about micrometeorites in their geology or planetary science classes.
(469) Johannes Kepler's laws of planetary motion were a major breakthrough in the field of astronomy.
(470) The spacecraft's periapsis was carefully timed to coincide with a specific planetary alignment.
(471) The study of plutoids provides insights into the formation of planetary systems beyond our own.
(472) The Helix Nebula is a planetary nebula, formed when a star similar to our sun runs out of fuel.
(473) Protoplanets can have a significant impact on the formation and evolution of planetary systems.
(474) Exoplanets can provide valuable insights into the formation and evolution of planetary systems.
(475) The understanding of planetary motion is crucial for space exploration and satellite navigation.
(476) The perihelia of the planets can be used to study the effects of planetary rings on their moons.
(477) Johannes Kepler's laws of planetary motion revolutionized our understanding of the solar system.
(478) Scientists study planetary bodies to understand the formation and evolution of our solar system.
(479) The study of planetesimals helps astronomers understand the early stages of planetary evolution.
(480) The study of planetoids provides valuable insights into the early stages of planetary formation.
(481) Johannes Kepler's work on the laws of planetary motion was influenced by his mentor Tycho Brahe.
(482) Kepler's law of elliptical orbits challenged the prevailing belief in circular planetary orbits.
(483) The gases released by a volcano on a planetary body can illuminate space with volcanic activity.
(484) Selenology is a multidisciplinary field that involves geology, astronomy, and planetary science.
(485) The laws of planetary motion have been tested and confirmed through observations and experiments.
(486) The magnetic field strength of a star can influence the formation of planetary systems around it.
(487) The barycenter of a system can be used to study the formation and evolution of planetary systems.
(488) The study of quasisatellites requires collaboration between astronomers and planetary scientists.
(489) The gravitational interactions between protoplanets can lead to the formation of planetary rings.
(490) The study of aeroliths is a specialized field within the broader discipline of planetary science.
(491) Achondritic meteorites can provide insights into the formation and evolution of planetary crusts.
(492) Johannes Kepler's book Astronomia Nova presented his groundbreaking theories on planetary motion.
(493) Astrophysically, the discovery of exoplanets has expanded our understanding of planetary systems.
(494) Johannes Kepler's laws of planetary motion are still used today to calculate celestial movements.
(495) Nicolaus Copernicus's heliocentric model provided a more elegant explanation of planetary motion.
(496) The homocentric system was criticized for its lack of accuracy in predicting planetary positions.
(497) The study of komatiite has implications for understanding the formation of other planetary bodies.
(498) The planetary scientist analyzes data collected by space probes to learn more about other planets.
(499) The presence of planetesimals in a star system can indicate the potential for planetary formation.
(500) The composition of chondritises can provide insights into the differentiation of planetary bodies.
Learning English Faster Through Complete Sentences With "Planetary"
Sentences are everywhere.
Without sentences, language doesn’t really work.
When you first started learning English, you may have memorized words such as English meaning of the word "Planetary"; But now that you have a better understanding of the language, there’s a better way for you to learn meaning of "Planetary" through sentence examples.
True, there are still words that you don’t know. But if you learn whole sentences with "Planetary", instead of the word "Planetary" by itself, you can learn a lot faster!
Focus Your English Learning On Sentences With "Planetary".
Why Is Focusing on Sentences Important?
Sentences are more than just strings of words. They’re thoughts, ideas and stories. Just like letters build words, words build sentences. Sentences build language, and give it personality.
Again, without sentences, there’s no real communication. If you were only reading words right now, you wouldn’t be able to understand what I’m saying to you at all.
- The Word "Planetary" in Example Sentences.
- "Planetary" in a sentence.
- How to use "Planetary" in a sentence.
- 10 examples of sentences "Planetary".
- 20 examples of simple sentences "Planetary".
All the parts of speech in English are used to make sentences. All sentences include two parts: the subject and the verb (this is also known as the predicate). The subject is the person or thing that does something or that is described in the sentence. The verb is the action the person or thing takes or the description of the person or thing. If a sentence doesn’t have a subject and a verb, it is not a complete sentence (e.g., In the sentence “Went to bed,” we don’t know who went to bed).
Four Types Of Sentence Structure.
Simple Sentences With "Planetary"
A simple sentence with "Planetary"contains a subject and a verb, and it may also have an object and modifiers. However, it contains only one independent clause.
Compound Sentences With "Planetary"
A compound sentence with "Planetary" contains at least two independent clauses. These two independent clauses can be combined with a comma and a coordinating conjunction or with a semicolon.
Complex Sentences With "Planetary"
A complex sentence with "Planetary" contains at least one independent clause and at least one dependent clause. Dependent clauses can refer to the subject (who, which) the sequence/time (since, while), or the causal elements (because, if) of the independent clause.
Compound-Complex Sentences With "Planetary"
Sentence types can also be combined. A compound-complex sentence with "Planetary" contains at least two independent clauses and at least one dependent clause.
