Orbital in a sentence

(1) The 2s subshell contains one orbital.

(2) The 3s subshell contains one orbital.

(3) The 4s subshell contains one orbital.

(4) The dacryon is part of the orbital rim.

(5) Let's pierce off with this orbital piercing.

(6) Proptosis can be a sign of an orbital fracture.

(7) The zygomatic bone forms part of the orbital rim.

(8) Orbitotomy is often used to treat orbital tumors.

(9) Enophthalmos can be a result of orbital fractures.

(10) Exophthalmus can be a symptom of an orbital tumor.

Orbital sentence

(11) The eye socket is also known as the orbital cavity.

(12) The bonding orbital is a type of molecular orbital.

(13) Diquarks can have different orbital angular momenta.

(14) The moon's orbital motion affects the tides on Earth.

(15) The child's proptosis was caused by an orbital tumor.

(16) The moon's orbital motion affects the Earth's climate.

(17) The orbital period of Mercury is approximately 88 days.

(18) Orbitotomy is commonly used to treat orbital fractures.

(19) The child's proptosis was a result of an orbital tumor.

(20) The satellite was launched into a geostationary orbital.

Orbital make sentence

(21) Enophthalmos can be a result of orbital tumors or cysts.

(22) The Earth's orbital motion causes the change in seasons.

(23) The perihelion of a planet determines its orbital period.

(24) The double-star system exhibits complex orbital dynamics.

(25) The International Space Station is in a low Earth orbital.

(26) The orbital debris poses a risk to functioning satellites.

(27) Orbital motion is a fundamental principle in astrophysics.

(28) He pierced his orbital in spite of the potential swelling.

(29) The most common cause of enophthalmos is orbital fracture.

(30) The patient's proptosis was caused by an orbital fracture.

Sentence of orbital

(31) The orbital bones may ossify after the onset of proptosis.

(32) Orbital motion allows for the formation of planetary rings.

(33) The orbital path of the moon around the Earth is elliptical.

(34) The apsis of a planet's orbit determines its orbital period.

(35) Bipropellants are essential for achieving orbital insertion.

(36) The azimuthal velocity of a planet affects its orbital path.

(37) The patient's proptosis was caused by an orbital cellulitis.

(38) Diamagnetism is a result of the orbital motion of electrons.

(39) The moon's orbital motion around the Earth influences tides.

(40) The perihelia of the planets determine their orbital periods.

Orbital meaningful sentence

(41) The stability of planetary systems depends on orbital motion.

(42) The concept of orbital motion is fundamental in astrophysics.

(43) The orbital motion of the Earth causes the change in seasons.

(44) The astronaut conducted experiments in the orbital laboratory.

(45) The Hubble Space Telescope observes objects in orbital motion.

(46) The outer planets have a longer orbital period around the Sun.

(47) The orbitotomy revealed a previously undiagnosed orbital tumor.

(48) The concept of orbital motion is essential in space navigation.

(49) The antibonding orbital is often denoted by an asterisk symbol.

(50) The bonding orbital is formed when two atomic orbitals overlap.

Orbital sentence examples

(51) The orbital module of the spacecraft is detached before reentry.

(52) Understanding orbital motion is essential for space exploration.

(53) Orbital motion is responsible for the changing seasons on Earth.

(54) The orbital velocity of a moon can be used to estimate its mass.

(55) The trochlear nerve passes through the superior orbital fissure.

(56) The moon's orbital motion influences the Earth's magnetic field.

(57) The planet's apoapses were used to calculate its orbital period.

(58) The orbital plane of Mars is tilted at an angle of 1.85 degrees.

(59) The Galilean moons have different orbital periods around Jupiter.

(60) The semimajor axis is a fundamental concept in orbital mechanics.

Sentence with orbital

(61) The planet's aphelion is characterized by a slower orbital speed.

(62) Suborbital flights are a stepping stone towards orbital missions.

(63) The bonding orbital is a key concept in molecular orbital theory.

(64) The periapsis of the planet's orbit determines its orbital period.

(65) The satellite's orbital plane intersects with the Earth's equator.

(66) The satellite's orbital plane intersects with the path of a comet.

(67) The satellite's orbital motion enables it to provide GPS services.

(68) The bonding orbital is responsible for the stability of molecules.

(69) The bonding orbital is a shared region of space between two atoms.

(70) The orbital plane of Saturn is tilted at an angle of 2.49 degrees.

Use orbital in a sentence

(71) The gravitational force plays a significant role in orbital motion.

(72) The orbital velocity of a planet determines the length of its year.

(73) The satellite's apoapses were used to calculate its orbital period.

(74) The mach number of a spacecraft can determine its orbital velocity.

(75) The moon's orbital motion creates the phenomenon of lunar eclipses.

(76) The concept of orbital motion is crucial in space mission planning.

(77) The diamagnetic response is due to the orbital motion of electrons.

(78) The orbital plane of Jupiter is tilted at an angle of 3.13 degrees.

(79) The concept of orbital motion is used in the field of astrodynamics.

(80) The trochlearis muscle is located near the superior orbital fissure.

Sentence using orbital

(81) Achieving orbital velocity is crucial for successful space missions.

(82) The azimuthal velocity of a satellite determines its orbital period.

(83) The concept of orbital motion is used in the design of space probes.

(84) The orbital plane of the Moon is tilted at an angle of 5.14 degrees.

(85) The analemma of a satellite is influenced by its orbital inclination.

(86) Orbital motion is affected by the presence of other celestial bodies.

(87) The study of orbital motion has revealed the existence of exoplanets.

(88) The orbital velocity of a spacecraft can be adjusted using thrusters.

(89) The antibonding orbital is higher in energy than the bonding orbital.

(90) The maxillary bone is involved in the formation of the orbital floor.

Orbital example sentence

(91) The concept of orbital velocity was first introduced by Isaac Newton.

(92) The satellite's orbital motion allows it to monitor weather patterns.

(93) The Saturnian moon, Helene, is co-orbital with the larger moon Dione.

(94) The orbitotomy successfully treated the patient's orbital cellulitis.

(95) The bonding orbital is essential for the formation of covalent bonds.

(96) The orbital plane of the Earth is tilted at an angle of 23.5 degrees.

(97) The analemma of a planet is influenced by its orbital characteristics.

(98) Satellites in geosynchronous orbit have an orbital period of 24 hours.

(99) The orbital maneuver required precise calculations to avoid collision.

(100) Orbital motion is responsible for the Earth's rotation around the Sun.

Sentence with word orbital

(101) The concept of orbital motion was first introduced by Johannes Kepler.

(102) The study of orbital motion helps scientists predict celestial events.

(103) The sphericity of a planetoid affects its orbital path around the sun.

(104) The orbital velocity of a planet depends on its distance from the Sun.

(105) The brown-dwarf's gravitational forces create a complex orbital dance.

(106) The periapsis of the comet's orbit determines its orbital inclination.

(107) The spacecraft's orbital plane is parallel to the plane of the galaxy.

(108) The planets in our solar system exhibit orbital motion around the sun.

(109) The spacecraft's orbital motion enables it to explore distant planets.

(110) The analemma of a planet can be used to study its orbital eccentricity.

Sentence of orbital

(111) The surgeon performed an orbitotomy to repair a fractured orbital bone.

(112) Astronomers use the ephemeris to study the orbital dynamics of planets.

(113) The space shuttle's orbital altitude ranged from 185 to 643 kilometers.

(114) The orbital inclination of the moon's orbit is approximately 5 degrees.

(115) The satellite's orbital altitude is maintained through periodic boosts.

(116) Orbital motion allows satellites to stay in their designated positions.

(117) The study of orbital motion has helped determine the shape of galaxies.

(118) The bonding orbital contributes to the overall stability of a molecule.

(119) Delocalized electrons can be visualized using molecular orbital theory.

(120) The axial rotation of the moon is synchronized with its orbital period.

Orbital used in a sentence

(121) The perihelia of the planets affect their orbital speed around the sun.

(122) The azimuthal quantum number determines the shape of an atomic orbital.

(123) Orbitotomy is often used to treat conditions such as orbital cellulitis.

(124) The orbital decay of space junk is a growing concern for space agencies.

(125) The concept of orbital motion was further developed by Sir Isaac Newton.

(126) The study of orbital motion has led to advancements in space technology.

(127) The orbital velocity of a spacecraft is crucial for successful missions.

(128) The orbital velocity of a satellite can be affected by atmospheric drag.

(129) The gravities of binary star systems can cause complex orbital dynamics.

(130) Antibonding orbitals can be visualized using molecular orbital diagrams.

Orbital sentence in English

(131) Pericyclic reactions can be visualized using molecular orbital diagrams.

(132) The bonding orbital is formed when atomic orbitals overlap and interact.

(133) The bonding orbital is often represented by a molecular orbital diagram.

(134) The nodal plane is a geometric concept used in molecular orbital theory.

(135) The satellite's apoapses were used to determine its orbital inclination.

(136) The periastron distance of a satellite can determine its orbital period.

(137) The satellite's orbital plane is inclined relative to the Sun's equator.

(138) Astronomers are always trying to keep up with Saturn's orbital position.

(139) The arcus marginalis is a bony ridge in the orbital region of the skull.

(140) She got her orbital piercing during a backpacking trip in South America.

(141) Satellites in the geostationary orbit have an orbital period of 24 hours.

(142) The satellite's orbital inclination allows it to provide global coverage.

(143) The orbital insertion burn adjusted the spacecraft's trajectory for Mars.

(144) The study of orbital motion is crucial in understanding celestial bodies.

(145) The orbital velocity of the moon is approximately 1 kilometer per second.

(146) The synodic period of a planet can be used to study its orbital dynamics.

(147) The bonding orbital is a fundamental concept in molecular orbital theory.

(148) The heliacal phase of a celestial body is influenced by its orbital path.

(149) The apogean phase of the moon is characterized by a slower orbital speed.

(150) The apogean phase of the moon is associated with a longer orbital period.

(151) The spacecraft's trajectory was adjusted to align with the orbital plane.

(152) The planets in our solar system all have their own unique orbital planes.

(153) The satellite's orbital plane is constantly monitored for any deviations.

(154) The satellite's orbital motion allows it to provide global communication.

(155) Delocalization is a key concept in the study of molecular orbital theory.

(156) The principal quantum number indicates the size of an electron's orbital.

(157) The antibonding orbital is characterized by a node between the two atoms.

(158) The concept of orbital symmetry helps predict the reactivity of molecules.

(159) The orbital period of a satellite depends on its distance from the planet.

(160) Orbital motion is influenced by the mass and distance of celestial bodies.

(161) The hour angle of a satellite can be used to calculate its orbital period.

(162) The valence bond theory is an alternative to the molecular orbital theory.

(163) The perihelion of a planet can affect its orbital period and eccentricity.

(164) The concept of orbital motion is fundamental to the field of astrophysics.

(165) Callisto's orbital resonance with other moons helps keep its orbit stable.

(166) Jovian planets have a much longer orbital period than terrestrial planets.

(167) The orbitotomy allowed for the reconstruction of the damaged orbital bones.

(168) The satellite's orbital inclination allows it to monitor the polar regions.

(169) The orbital module of the spacecraft provides living quarters for the crew.

(170) The orbital module provides a safe return for the crew after their mission.

(171) The orbital velocity of a planet can be affected by the presence of a moon.

(172) The orbital velocity of a moon can be used to determine its orbital period.

(173) The antibonding molecular orbital is often denoted with an asterisk symbol.

(174) The barycentre of a system of celestial bodies affects their orbital paths.

(175) The apsides of a comet's orbit can be used to determine its orbital period.

(176) The bonding orbital is lower in energy compared to the antibonding orbital.

(177) The double-star system was observed to have a stable orbital configuration.

(178) The reciprocating saw's orbital action feature enhances cutting efficiency.

(179) The azimuthal quantum number determines the shape of an electron's orbital.

(180) The sideral period of a planet is its orbital period relative to the stars.

(181) The bonding orbital is stronger than the corresponding antibonding orbital.

(182) The outer planets have a much longer orbital period than the inner planets.

(183) The Mars Rover explores the planet's surface from its orbital vantage point.

(184) The International Space Station experiences orbital motion around the Earth.

(185) The terrestrial planet has a relatively short orbital period around the sun.

(186) The apsides of a planet's orbit can be used to determine its orbital period.

(187) The bonding orbital is responsible for holding atoms together in a molecule.

(188) The ionicity of a compound can be visualized using molecular orbital theory.

(189) The gravitational force between two objects determines their orbital motion.

(190) The study of orbital motion is crucial in understanding celestial mechanics.

(191) The precise calculations of orbital motion are essential for space missions.

(192) The apsides of a planet's orbit can be used to calculate its orbital period.

(193) The ecliptics of the planets can be used to calculate their orbital periods.

(194) The distance between the binary star components affects their orbital period.

(195) The astronaut conducted experiments in the orbital laboratory for six months.

(196) The planets in our solar system exhibit different patterns of orbital motion.

(197) Orbital motion is a key factor in determining the habitability of exoplanets.

(198) The concept of orbital motion is used in the calculation of satellite orbits.

(199) The covalence of a molecule can be visualized using molecular orbital theory.

(200) The gravitational pull of a planet affects the orbital velocity of its moons.

(201) Annus is a term used in astronomy to describe the orbital period of a planet.

(202) The angular momentum of a planet determines its orbital motion around the sun.

(203) The Hubble Space Telescope captures stunning images from its orbital position.

(204) The orbital mechanics of celestial bodies are governed by the laws of physics.

(205) The satellite's orbital eccentricity causes it to vary in distance from Earth.

(206) The brushless orbital sander delivers a smooth finish on woodworking projects.

(207) The synodic period of a planet can vary depending on its orbital eccentricity.

(208) The apsides of a planet's orbit can be used to calculate its orbital velocity.

(209) Astrometric measurements are used to calculate the orbital elements of comets.

(210) The bonding orbital is more stable than the corresponding antibonding orbital.

(211) The annus is also used in astronomy to measure the orbital period of a planet.

(212) The satellite's deorbiting burn will gradually slow down its orbital velocity.

(213) The spacecraft's orbital plane is synchronized with the rotation of the Earth.

(214) The satellite's orbital plane is synchronized with the orbit of a nearby moon.

(215) The astronauts used their knowledge of orbital mechanics to maneuver in space.

(216) The Hubble Space Telescope captures stunning images due to its orbital motion.

(217) The satellite's orbital motion is synchronized with the rotation of the Earth.

(218) The phenomenon of diamagnetism is a result of the orbital motion of electrons.

(219) The study of orbital motion has revealed the existence of binary star systems.

(220) Arithmetic is used in astronomy to calculate distances and orbital velocities.

(221) The aromaticity of a compound can be visualized using molecular orbital theory.

(222) Valence bond theory is used to explain the concept of molecular orbital theory.

(223) The gravitational field of a binary star system can cause orbital interactions.

(224) The concept of orbital motion is used in the design of spacecraft trajectories.

(225) The orbital velocity of a satellite is determined by the altitude of its orbit.

(226) The orbital velocity of a comet can change as it interacts with the solar wind.

(227) The extent of delocalizations can be quantified using molecular orbital theory.

(228) The wavefunctions of the electrons were used to calculate their orbital shapes.

(229) The right ascension of a planet can change over time due to its orbital motion.

(230) Orbital velocity is influenced by the gravitational force acting on the object.

(231) The orbital velocity of a spacecraft decreases as it moves away from the Earth.

(232) The parallax shift of the planets is used to determine their orbital distances.

(233) The spacecraft's orbital plane is inclined relative to the plane of the galaxy.

(234) The spacecraft's orbital plane is synchronized with the orbit of a nearby star.

(235) The stability of a satellite's orbital motion is influenced by various factors.

(236) The magnetic quantum number specifies the orientation of an electron's orbital.

(237) The Hubble Space Telescope orbits the Earth in a nearly circular orbital plane.

(238) The electron configuration of an atom can be represented using orbital notation.

(239) The orbital velocity of a spacecraft determines its escape from Earth's gravity.

(240) The satellite's orbital inclination allows it to observe the equatorial regions.

(241) The excited state of the electron allowed it to move to a higher energy orbital.

(242) The reaction will proceed smoothly if you incubate on top of the orbital shaker.

(243) The force of attraction between celestial bodies determines their orbital paths.

(244) The internuclear distance is an important parameter in molecular orbital theory.

(245) The elliptical shape of Earth's orbit affects its orbital motion around the sun.

(246) The perihelia of the planets can be used to determine their orbital inclinations.

(247) The astronaut experienced weightlessness during the orbital phase of the mission.

(248) The orbital velocity of a satellite determines its speed around a celestial body.

(249) Understanding the concept of orbital velocity is essential for space exploration.

(250) Kepler's law explains why planets closer to the sun have shorter orbital periods.

(251) The orbital velocity of a spacecraft is typically higher than the speed of sound.

(252) The spacecraft's orbital plane is perpendicular to the plane of the solar system.

(253) The gravitational force between celestial bodies determines their orbital motion.

(254) The gravitational pull of Jupiter affects the orbital motion of nearby asteroids.

(255) The bonding orbital is a covalent bond formed by sharing electrons between atoms.

(256) The eye socket is lined with a thin layer of tissue called the orbital periosteum.

(257) Kepler's law of harmonies can be used to calculate the orbital period of a planet.

(258) The barycenter of a system determines the orbital motion of the objects within it.

(259) The bonding orbital is responsible for the strength and length of a chemical bond.

(260) The orbital velocity of the Moon around the Earth is about 1 kilometer per second.

(261) The angular displacement of a planet around the sun determines its orbital period.

(262) The apoapses of the planet's orbit are crucial for calculating its orbital period.

(263) The satellite's apoapses occur at predictable intervals due to its orbital period.

(264) The satellite's orbital plane was carefully calculated to ensure optimal coverage.

(265) The satellite's orbital motion allows it to provide global communication coverage.

(266) The orbital motion of comets brings them closer to the sun during certain periods.

(267) The orbital velocity of a planet decreases as its distance from the sun increases.

(268) The declination angles of planets can change over time due to their orbital motion.

(269) The antibonding orbital has a higher energy than the corresponding bonding orbital.

(270) Orbital velocity is crucial for maintaining communication with satellites in space.

(271) Orbital velocity is an important factor in determining the lifespan of a satellite.

(272) The satellite's orbital plane is synchronized with the rotation of a nearby planet.

(273) The study of orbital motion helps astronomers understand the formation of galaxies.

(274) The reciprocating saw's orbital action provides faster and more aggressive cutting.

(275) The understanding of orbital motion has revolutionized our knowledge of the cosmos.

(276) The orbital velocity of a star in a binary system can be used to calculate its mass.

(277) Understanding orbital velocity is essential for planning space exploration missions.

(278) Orbital velocity depends on the mass and radius of the celestial body being orbited.

(279) The major planets in our solar system have different orbital periods around the Sun.

(280) The satellite's orbital motion is influenced by the gravitational pull of the Earth.

(281) The satellite's orbital motion allows it to capture high-resolution images of Earth.

(282) The study of orbital motion has led to advancements in space exploration technology.

(283) Blueshifts in the light from a binary star system can reveal their orbital velocity.

(284) The antibonding molecular orbital is less stable than the bonding molecular orbital.

(285) The satellite's orbital decay will eventually cause it to reenter Earth's atmosphere.

(286) Scientists study the orbital velocity of planets to understand their motion in space.

(287) The orbital velocity of a spacecraft is crucial for rendezvous and docking maneuvers.

(288) The bonding orbital is a result of constructive interference between atomic orbitals.

(289) Achieving orbital velocity requires a combination of thrust and gravitational forces.

(290) The apoapses of the asteroid's orbit were used to determine its orbital eccentricity.

(291) The study of orbital motion helps scientists determine the mass of celestial objects.

(292) The study of orbital motion has provided insights into the formation of star clusters.

(293) The orbital velocity of a satellite decreases as it moves farther away from the Earth.

(294) The barycenter of a system can be used to determine the orbital period of its objects.

(295) The bonding orbital can be occupied by a maximum of two electrons with opposite spins.

(296) The bonding orbital is a result of the attractive forces between electrons and nuclei.

(297) The semimajor axis is a crucial element in determining the orbital period of a planet.

(298) Osteoplastic techniques are often utilized in the reconstruction of orbital fractures.

(299) The spacecraft's mission is to study the characteristics of the Martian orbital plane.

(300) The satellite's orbital plane is constantly adjusted to maintain its desired position.

(301) The spacecraft's trajectory was adjusted to match the orbital plane of a distant moon.

(302) Kepler's law of periods allows us to compare the orbital periods of different planets.

(303) Diamagnetism is a result of the orbital motion of electrons within atoms or molecules.

(304) The study of rocket science involves the analysis of trajectory and orbital mechanics.

(305) Kepler's laws allow us to calculate the orbital periods of moons around other planets.

(306) The study of orbital motion is crucial for understanding the dynamics of the universe.

(307) The orbital motion of Mercury is affected by the strong gravitational pull of the sun.

(308) Bivalency is a concept that is often explored in the study of molecular orbital theory.

(309) Aromaticity can be determined by analyzing the molecular orbital diagram of a compound.

(310) The concept of orbital degeneracy explains the equal energy levels of certain orbitals.

(311) The equators of the Earth and the satellites are used to determine their orbital paths.

(312) The understanding of orbital motion has enabled the discovery of new celestial objects.

(313) Orbital motion is a fascinating phenomenon that continues to be explored by scientists.

(314) Calculating the orbital velocity of a planet requires knowledge of its mass and radius.

(315) The orbital velocity of a comet can change as it approaches or moves away from the sun.

(316) The bonding orbital is influenced by factors such as electronegativity and atomic size.

(317) The satellite's orbital plane is constantly updated based on new data and observations.

(318) The mission to fly around the moon required precise calculations and orbital maneuvers.

(319) The ophthalmologist recommended an orbitotomy to repair the patient's orbital fracture.

(320) The study of orbital motion is essential in understanding the dynamics of the universe.

(321) If you study the analemma's movement, you can understand the Earth's orbital mechanics.

(322) The energy of an electron in an orbital is determined by its distance from the nucleus.

(323) The orbital velocity of a comet can vary greatly depending on its distance from the sun.

(324) The bonding orbital is stronger when there is a greater overlap between atomic orbitals.

(325) The right ascension of a binary star system can be used to calculate its orbital period.

(326) Hypergols are commonly used in the upper stages of rockets to achieve orbital insertion.

(327) The bonding orbital is lower in energy than the atomic orbitals from which it is formed.

(328) The satellite's orbital eccentricity causes it to pass closer to Earth at certain points.

(329) The understanding of orbital motion has revolutionized our understanding of the universe.

(330) Orbital motion is a result of the interplay between gravitational and centripetal forces.

(331) Kepler's law of harmonies allows astronomers to calculate the orbital period of a planet.

(332) The bonding orbital is formed when two atomic orbitals have the same energy and symmetry.

(333) The topologic arrangement of planets in a solar system determines their orbital dynamics.

(334) The spacecraft's trajectory was adjusted to match the orbital plane of the target planet.

(335) The satellite's orbital plane is inclined at an angle of 45 degrees to the Sun's equator.

(336) Kepler's law of periods allows astronomers to determine the orbital period of exoplanets.

(337) The analysis of orbital motion helps astronomers determine the mass of celestial objects.

(338) The gravitational interactions between celestial bodies can perturb their orbital motion.

(339) The spacecraft must reach a certain orbital velocity to remain in orbit around the Earth.

(340) The semidiameters of the stars in a binary system can help determine their orbital period.

(341) Astronomers used the lightcurve to determine the orbital period of the binary star system.

(342) Lunas can have different orbital periods depending on their distance from the host planet.

(343) Astronomers use aphelion and perihelion data to calculate a planet's orbital eccentricity.

(344) The nonparallel paths of the planets in the solar system create a complex orbital pattern.

(345) The satellite's orbital motion is carefully calculated to ensure accurate data collection.

(346) The inertial mass of a satellite determines its resistance to changes in orbital velocity.

(347) The analysis of orbital motion helps astronomers identify potential asteroid impact risks.

(348) The International Space Station orbits the Earth in the same orbital plane as the equator.

(349) The concept of orbital overlap is crucial for understanding the strength of chemical bonds.

(350) The orbicularis oculi muscle is divided into two parts: the palpebral and orbital portions.

(351) The satellite's orbital plane is inclined at an angle of 30 degrees to the Earth's equator.

(352) The satellite's orbital plane is inclined at an angle of 60 degrees to the Earth's equator.

(353) The satellite's orbital motion enables it to provide internet connectivity in remote areas.

(354) The perihelia of the planets are important in understanding their overall orbital dynamics.

(355) The study of pericyclic reactions requires a deep understanding of molecular orbital theory.

(356) The orbital velocity of an object in space is constant unless acted upon by external forces.

(357) Tidal friction can lead to the synchronization of a moon's rotation with its orbital period.

(358) The solar day is slightly longer than a mean sidereal day due to the Earth's orbital motion.

(359) The declination angles of binary stars can provide information about their orbital dynamics.

(360) The bonding orbital is a region of space where the probability of finding electrons is high.

(361) The bonding orbital plays a crucial role in determining the stability of a chemical compound.

(362) The bonding orbital is often represented by a mathematical equation known as a wave function.

(363) The bonding orbital is essential for understanding the structure and properties of molecules.

(364) The bonding orbital is formed when atomic orbitals combine to create a new molecular orbital.

(365) The bonding orbital is a key concept in chemical bonding and the formation of chemical bonds.

(366) The satellite's orbital motion is carefully controlled to avoid collisions with space debris.

(367) The precise measurement of orbital motion is crucial for determining the age of the universe.

(368) The bonding orbital is a result of the attractive forces between atomic nuclei and electrons.

(369) The regiochemistry of cycloadditions can be predicted using frontier molecular orbital theory.

(370) The orbital velocity of a satellite can be calculated using Kepler's laws of planetary motion.

(371) The orbital velocity of a spacecraft is typically higher than the escape velocity of a planet.

(372) Kepler's law of harmonies relates the orbital period of a planet to its distance from the sun.

(373) The study of extrasolar planetary systems has revealed a wide range of orbital configurations.

(374) The bonding orbital is a region of space where the probability of finding an electron is high.

(375) The orbital velocity of a spacecraft can be increased by performing a gravity assist maneuver.

(376) The trochlear nerve originates in the midbrain and exits through the superior orbital fissure.

(377) The bonding orbital is a concept in chemistry that describes the interaction between two atoms.

(378) The eigenstate of the electron's orbital angular momentum was found to be a spherical harmonic.

(379) Terrestrial planets are typically closer to their parent star and have shorter orbital periods.

(380) The study of orbital motion has provided insights into the formation and evolution of galaxies.

(381) The orbital velocity of the International Space Station is approximately 17,500 miles per hour.

(382) The orbital velocity of a star in a binary system can affect its interaction with its companion.

(383) The bipropellant engine provides the necessary thrust for a rocket to perform orbital maneuvers.

(384) The inertial mass of a satellite determines the amount of fuel required for orbital adjustments.

(385) The concept of orbital angular momentum describes the rotational motion of electrons in orbitals.

(386) The orbital velocity of an object depends on its mass and the gravitational force acting upon it.

(387) The eigenstate of the atom's electronic configuration was determined to be in a specific orbital.

(388) Orbital velocity is a key parameter in determining the trajectory and duration of space missions.

(389) Astrometries have revealed the presence of binary star systems and their orbital characteristics.

(390) The satellite's orbital motion is affected by the gravitational forces of other celestial bodies.

(391) The orbital motion of a spacecraft is carefully planned to conserve fuel and maximize efficiency.

(392) The bonding orbital is characterized by a region of high electron density between the two nuclei.

(393) Relative motion is observed when two planets orbiting the same star have different orbital speeds.

(394) The orbital velocity of a spacecraft can be increased by using a gravitational slingshot maneuver.

(395) The bonding orbital can be visualized as a region of space where electron density is concentrated.

(396) Tidal friction causes a transfer of energy from the Earth's rotation to the moon's orbital motion.

(397) The polar axis is tilted at an angle of approximately 23.5 degrees from the Earth's orbital plane.

(398) The understanding of orbital motion has allowed scientists to predict celestial events accurately.

(399) The photoelectron binding energy is a characteristic property of each atomic or molecular orbital.

(400) The orbital velocity of Mercury is much faster than that of Venus due to its proximity to the sun.

(401) The orbital velocity of a celestial body is influenced by the gravitational pull of nearby objects.

(402) The orbital velocity of a satellite is crucial for maintaining its position in geostationary orbit.

(403) The diamagnetic response is a result of the interaction between magnetic fields and orbital motion.

(404) The Hubble Space Telescope captures stunning images of celestial objects during its orbital motion.

(405) The discovery of exoplanets has expanded our understanding of orbital motion in other star systems.

(406) The concept of orbital hybridization is used to explain the shapes of molecules with multiple bonds.

(407) The periastron distance between two stars can vary depending on their masses and orbital parameters.

(408) The concept of orbital motion is central to the laws of planetary motion formulated by Isaac Newton.

(409) The concept of orbital motion is used in the design of satellite constellations for global coverage.

(410) The right ascension of a binary star system can reveal information about its orbital characteristics.

(411) The perihelion of a celestial body is an important factor in determining its orbital characteristics.

(412) The orbital velocity of a planet can be affected by the presence of other planets in the solar system.

(413) Astronomers study the motion of celestial bodies during aphelion to understand their orbital dynamics.

(414) The satellite's orbital plane is constantly monitored to avoid collisions with other objects in space.

(415) The spacecraft's trajectory was altered to avoid a collision with another object in the orbital plane.

(416) Tycho Brahe's observations of the planet Venus contributed to our understanding of its orbital motion.

(417) The orbital velocity of a planet can be influenced by the gravitational pull of other celestial bodies.

(418) The bonding orbital is a concept that helps explain the stability and reactivity of chemical compounds.

(419) The orbital velocity of a satellite is inversely proportional to the square root of its orbital radius.

(420) Orbital velocity is an important consideration when planning rendezvous and docking maneuvers in space.

(421) According to the Pauli exclusion principle, two electrons in the same orbital must have opposite spins.

(422) The orbital velocity of a comet increases as it approaches the sun due to the sun's gravitational pull.

(423) Kepler's law of harmonies allows astronomers to predict the orbital periods of newly discovered planets.

(424) The orbital velocity of a planet is determined by its mass and the mass of the celestial body it orbits.

(425) The regiochemistry of a cycloaddition reaction can be predicted using frontier molecular orbital theory.

(426) The stability of a planet's orbital motion is influenced by the presence of other planets in the system.

(427) The bonding orbital is characterized by a lower energy than the atomic orbitals from which it is formed.

(428) The bonding orbital is essential for understanding chemical reactions and the formation of new compounds.

(429) The bonding orbital can be visualized as a cloud of electron density surrounding the nuclei of two atoms.

(430) The concept of electron spin is intimately connected to the concept of electron orbital angular momentum.

(431) The spacecraft's mission is to study the gravitational forces acting on objects within the orbital plane.

(432) The spacecraft's mission is to study the formation and evolution of orbital planes in other star systems.

(433) Some exoplanets have been found to have multiple suns, which creates unique and complex orbital dynamics.

(434) The gravitational interactions between planetoids and other objects can lead to orbital changes over time.

(435) Kepler's law of harmonies describes the relationship between the orbital periods and distances of planets.

(436) The magnetic moment of a nucleus is determined by the spin and orbital motion of its protons and neutrons.

(437) The Hubble Space Telescope orbits the Earth at an orbital velocity of approximately 17,500 miles per hour.

(438) The eigenstate of the atom's angular momentum was determined to be a combination of orbital and spin states.

(439) The orbital velocity of a spacecraft is typically higher in low Earth orbit compared to geostationary orbit.

(440) The spacecraft's trajectory was carefully planned to intersect with the orbital plane of a distant asteroid.

(441) Orbital velocity is crucial for maintaining a stable orbit and preventing objects from falling back to Earth.

(442) The spacecraft's mission is to explore the outer regions of the solar system beyond the known orbital planes.

(443) The bonding orbital is characterized by a lower energy compared to the atomic orbitals from which it is formed.

(444) The orbital velocity of a planet can be calculated using its distance from the sun and its period of revolution.

(445) Orbital velocity is the minimum speed required for an object to maintain a stable orbit around a celestial body.

(446) Tycho Brahe's observations of the planet Mercury helped refine our understanding of its orbital characteristics.

(447) The sidereal day is about 4 minutes shorter than the solar day due to the Earth's orbital motion around the Sun.

(448) The geosynchronous orbit is achieved by matching the satellite's orbital period with the Earth's rotation period.

(449) Orbital velocity is necessary to counteract the gravitational force pulling the object towards the celestial body.

(450) The electron density in an orbital is highest at the nucleus and decreases as distance from the nucleus increases.

(451) The geosynchronous orbit is a complex concept that requires a deep understanding of orbital mechanics and physics.

(452) The centripetal acceleration of a planet in its orbit around the Sun is directly proportional to its orbital speed.

(453) The Parker Solar Probe was launched in 2018 to study the Sun's corona and will travel through the Sun's orbital plane.

(454) The Kepler Space Telescope was designed to search for exoplanets by observing their transit across their orbital plane.

(455) The orbital velocity of a planet is determined by the balance between the gravitational force and the centrifugal force.

(456) The orbital plane of Uranus is tilted at an angle of 97.77 degrees, making it the most tilted planet in our solar system.

(457) The analemma's shape can be calculated using mathematical formulas based on the Earth's orbital parameters and axial tilt.

(458) Kepler's third law states that the square of a planet's orbital period is proportional to the cube of its semi-major axis.

(459) Kepler's law of harmonies provides a mathematical relationship between a planet's orbital period and its distance from the sun.

(460) Diamagnetism is a fundamental property of matter, and it arises due to the orbital motion of electrons within atoms or molecules.

(461) The Pauli exclusion principle states that no two electrons in an atom can have the same set of quantum numbers in a given orbital.

(462) According to Kepler's law, the square of a planet's orbital period is proportional to the cube of its average distance from the sun.

(463) The concept of orbital occupancy explains the distribution of electrons in different orbitals based on the Pauli exclusion principle.

(464) The bonding orbital is characterized by a wave function that describes the probability of finding an electron in a specific location.

(465) The escape velocity is higher than the orbital velocity because it requires additional energy to break free from the gravitational pull.

(466) The analemma, which is a product of both the Earth's axial tilt and its orbital eccentricity, showcases the planet's celestial mechanics.

(467) Diquarks can have different orbital angular momentum values, such as L=0 or L=1, and this affects their spatial distribution within hadrons.

(468) Kepler's law of periods states that the square of a planet's orbital period is proportional to the cube of its average distance from the sun.

(469) According to Kepler's law of periods, the square of a planet's orbital period is proportional to the cube of its average distance from the sun.

(470) The Apollo spacecraft had to reach a speed of 25,000 miles per hour to escape Earth's gravitational pull and reach the moon's orbital velocity.

(471) The diamagnetic properties of a material can be enhanced by cooling it to very low temperatures, as this reduces thermal motion and increases the orbital effects.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Orbital. They do not represent the opinions of TranslateEN.com.