Meteorite in a sentence

(1) The space rock is a meteorite.

(2) An aerolith is a type of meteorite.

(3) The meteorite detruded from the sky.

(4) The fireball was caused by a meteorite.

(5) Mars has a history of meteorite impacts.

(6) The meteorite fell yonder from outer space.

(7) The astronomer observed a meteorite impact.

(8) Pallasite is a type of stony-iron meteorite.

(9) The meteorite was covered in tiny spherules.

(10) It's rare to find a meteorite on the ground.

Meteorite sentence

(11) The meteorite was covered in small spherules.

(12) The shield was able to deflect the meteorite.

(13) The massive crater was caused by a meteorite.

(14) The museum displayed a rare basaltic meteorite.

(15) The meteorite contained small spherules of iron.

(16) The satellite was able to deflect the meteorite.

(17) The chondrite is classified as a stony meteorite.

(18) The iron inside the meteorite was highly valuable.

(19) Seismic events can be caused by meteorite impacts.

(20) Eucrite is a type of basaltic achondrite meteorite.

Meteorite make sentence

(21) The meteorite impacted on top of the mountain peak.

(22) The hill was the site of a famous meteorite impact.

(23) The rarest type of meteorite is the lunar meteorite.

(24) The scientist examined a grain inside the meteorite.

(25) Seismic activity can be caused by meteorite impacts.

(26) The moon's craters were formed by meteorite impacts.

(27) The infall of the meteorite created a massive crater.

(28) The impact of the meteorite created a massive crater.

(29) The meteorite streaked spherical over with intensity.

(30) Eucrites are a type of basaltic achondrite meteorite.

Sentence of meteorite

(31) A meteorite left a huge crater in between the fields.

(32) A meteorite can contain valuable minerals and metals.

(33) The meteorite was discovered by a team of astronomers.

(34) The meteorite hit the ground and broke into fragments.

(35) The meteorite hit the earth and blast into the ground.

(36) The meteorite streaked pass over above the atmosphere.

(37) When a meteor hits the Earth, it's called a meteorite.

(38) The achondrite meteorite was discovered in the desert.

(39) A meteorite created a massive crater at the crash site.

(40) The spherules were formed by the impact of a meteorite.

Meteorite meaningful sentence

(41) The mass of the meteorite was causing a crater to form.

(42) The falling meteorite shattered the roof into fragments.

(43) The meteorite left a perfectly round crater in the sand.

(44) A meteorite caused a large crater above the impact site.

(45) The chondritic meteorite contained small mineral grains.

(46) The conk of the falling meteorite caused a small crater.

(47) The meteorite impact could annihilate all life on Earth.

(48) Seismic activity can be caused by meteorite impacts too.

(49) Seismic disturbances can be caused by meteorite impacts.

(50) The crater by the lake was caused by a meteorite impact.

Meteorite sentence examples

(51) The hurtling meteorite left a massive crater upon impact.

(52) Scientists are studying the composition of the meteorite.

(53) The chondritic meteorite had a unique chemical signature.

(54) The meteorite contained small spherules of various sizes.

(55) The chance of encountering a meteorite is one-thousandth.

(56) The areologist analyzed the composition of the meteorite.

(57) The crater on the moon is a result of a meteorite impact.

(58) The seismic disturbance was caused by a meteorite impact.

(59) The crater in the moon is a result of a meteorite impact.

(60) The meteorite's fragments were scattered over a wide area.

Sentence with meteorite

(61) The meteorite's fiery descent was visible from miles away.

(62) The meteorite's impact created a cloud of dust and debris.

(63) The meteorite blazed out as it entered Earth's atmosphere.

(64) The meteorite impact caused rocks to shatter into the sky.

(65) The meteorite caused a bright flare across the atmosphere.

(66) The meteorite's impact caused it to blast into the ground.

(67) The odds of being struck by a meteorite are one-billionth.

(68) The meteorite is a rare object that fell from outer space.

(69) The collision between the two meteors created a meteorite.

(70) The meteorite crashed into the Earth with a loud explosion.

Use meteorite in a sentence

(71) The meteorite's arrival generated a lot of media attention.

(72) Spotting a meteorite in the night sky is a rare occurrence.

(73) The mass of the meteorite was estimated to be several tons.

(74) The colossal meteorite left a massive crater in the ground.

(75) The blacksmith forged a sword from bronze from a meteorite.

(76) The meteorite hunter used evidence to find a rare specimen.

(77) Tsunamis can be triggered by meteorite impacts in the ocean.

(78) The meteorite's outer layer was composed of iron and nickel.

(79) The meteorite's fragments were found embedded in the ground.

(80) The spherule was found in a meteorite that crashed to Earth.

Sentence using meteorite

(81) The high mass of the meteorite caused a large impact crater.

(82) The iron-rich spherules were evidence of a meteorite impact.

(83) The meteorite left a massive crater outside the observatory.

(84) The crater over the valley was formed by a meteorite impact.

(85) The thud of the falling meteorite caused a small earthquake.

(86) The million-year-old meteorite impact created a large crater.

(87) The meteorite impact created a crater around the impact zone.

(88) The troilite in this meteorite has a distinct metallic smell.

(89) The chondritic meteorite was found in a remote desert region.

(90) The detonative impact of the meteorite left a massive crater.

Meteorite example sentence

(91) The falling meteorite caused the ground to crush into gypsum.

(92) The high mass of the meteorite created a large impact crater.

(93) The impact of the meteorite caused the ground to blast apart.

(94) The impact of the meteorite brecciated the surrounding rocks.

(95) The meteorite impact could annihilate all life on the planet.

(96) Pallasite meteorites are a rare type of stony-iron meteorite.

(97) The gargantuan meteorite left a massive crater in the ground.

(98) The iron in this meteorite is believed to be from outer space.

(99) The flaming meteorite crashed into the earth with a loud boom.

(100) I collected a sample of copper near the meteorite impact site.

Sentence with word meteorite

(101) There was a small crater along the road caused by a meteorite.

(102) The meteorite crashed broadside through the roof of the house.

(103) Australite is believed to have formed from a meteorite impact.

(104) The meteorite impact is advecting debris and causing a crater.

(105) The cometary fragments were found in the meteorite collection.

(106) The meteorite is a rare specimen that was found in the desert.

(107) When the meteorite hit, it caused debris to scatter for miles.

(108) A meteorite caused the formation of the crater behind the lake.

(109) The astronomer observed a meteorite deposit amid the night sky.

(110) The Hadean period was a time of constant meteorite bombardment.

Sentence of meteorite

(111) The likelihood of being struck by a meteorite is one-millionth.

(112) The rock out of the meteorite was analyzed for its composition.

(113) The meteorite left a deep crater inside the ground upon impact.

(114) The scientist analyzed the chemical composition of a meteorite.

(115) The astronomy lab needs a specimen of a meteorite for analysis.

(116) The first pallasite meteorite was discovered in Siberia in 1749.

(117) The meteorite created a massive crater onto the Earth's surface.

(118) Researchers discovered a new chondritic meteorite in Antarctica.

(119) The ferreous composition of the meteorite fascinated scientists.

(120) The massiness of the meteorite made it a rare and valuable find.

Meteorite used in a sentence

(121) The probability of being struck by a meteorite is one-millionth.

(122) The meteorite fell to the ground and caused a massive explosion.

(123) The astronomer collected a specimen of a meteorite for analysis.

(124) Seismology can record seismic waves caused by meteorite impacts.

(125) Tektites are natural glass objects formed from meteorite impacts.

(126) The implosive impact of the meteorite caused a massive explosion.

(127) The collector added a rare nugget of meteorite to his collection.

(128) The meteorite's impact created a large crater in the desert sand.

(129) The falling meteorite wrought down destruction on the small town.

(130) The meteorite left a distinct crater inside the desert landscape.

Meteorite sentence in English

(131) The nervures on the meteorite revealed its journey through space.

(132) The lunar surface is covered in pockmarks from meteorite impacts.

(133) The meteorite crashed into the fire, causing a massive explosion.

(134) The impact of the meteorite created the astrobleme in the ground.

(135) The achondritic meteorite was found to have a unique composition.

(136) The deformational impact of the meteorite created a large crater.

(137) The regolith acts as a protective layer against meteorite impacts.

(138) The meteorite's impact left a lasting impression on the landscape.

(139) The impact of the meteorite created a crater surrounded by ejecta.

(140) Meteoritical data can be used to determine the age of a meteorite.

(141) The australite is believed to have formed from a meteorite impact.

(142) Scientists study australite to learn more about meteorite impacts.

(143) The study of australites provides insights into meteorite impacts.

(144) The iron from this meteorite is highly sought after by collectors.

(145) The meteorite fell from the sky and crashed into the street light.

(146) The meteorite impact caused rocks to fragment into the atmosphere.

(147) The eisen in a meteorite can help scientists determine its origin.

(148) The moon's surface is covered in pockmarks from meteorite impacts.

(149) The meteorite left a trail of debris as it streaked across the sky.

(150) The impact of the meteorite caused the rock to reduce to fragments.

(151) Carbonadoes are believed to have originated from meteorite impacts.

(152) The falling meteorite smashed the ground into granules upon impact.

(153) The hypervelocity of the meteorite created a massive impact crater.

(154) The meteorite's outer surface was covered in a layer of melted rock.

(155) The meteorite brightens the sky as it streaks across the atmosphere.

(156) The origin of australites is believed to be from a meteorite impact.

(157) The ground quaked against the impact of the meteorite crashing down.

(158) The impact of the meteorite caused the rocks to pulverize into dust.

(159) The falling meteorite struck the ground, smashing it to smithereens.

(160) The falling meteorite caused the metal roof to crush into fragments.

(161) Australites are believed to have been formed from meteorite impacts.

(162) The meteorite plummeted from the sky and caused a massive explosion.

(163) The ferreous composition of the meteorite was studied by scientists.

(164) The intercept down of the meteorite prevented a catastrophic impact.

(165) The astronomer studied a specimen of a meteorite that fell to Earth.

(166) The craters on the planet's surface were formed by meteorite impacts.

(167) Micrometeorite impacts can create meteorite showers on other planets.

(168) The aeroliths found in the ocean were evidence of a meteorite impact.

(169) The chondritic meteorite was found in a crater created by its impact.

(170) The meteorite impact caused rocks to smash into granules upon impact.

(171) The magnetic signature of the meteorite matched those found on Earth.

(172) The spherules were believed to have formed during a meteorite impact.

(173) The falling meteorite smashed the car roof into granules upon impact.

(174) The brecciations in this area suggest a history of meteorite impacts.

(175) The brecciated meteorite was a rare find for the astronomy community.

(176) The presence of taenite in a meteorite can help determine its origin.

(177) The troilite content of the meteorite was estimated to be around 10%.

(178) The impact of the meteorite was equivalent to several megatons of TNT.

(179) The team discovered a previously unknown crystallite in the meteorite.

(180) The meteorite's impact caused significant damage to nearby structures.

(181) The meteorite's arrival was captured on multiple surveillance cameras.

(182) The meteorite left a deep crater behind as it crashed into the ground.

(183) The lapidified remains of a meteorite impact were found in the crater.

(184) The chondritic meteorite was displayed in a museum for public viewing.

(185) The presence of kamacite in a meteorite can help determine its origin.

(186) The meteorite streaked through the sky and plumb down into the forest.

(187) The bright flash of a meteorite across the sky startled the onlookers.

(188) The meteorite streaked across the sky before plummeting to the ground.

(189) The meteorite hit the ground dead centre, causing a massive explosion.

(190) The impact of the meteorite caused the ground to crush into fragments.

(191) The largest known pallasite, the Brenham meteorite, weighs over a ton.

(192) The tour guide pointed out the crater past left by a meteorite impact.

(193) The meteorite's impact site was cordoned off for further investigation.

(194) The meteorite's arrival was unexpected and caught everyone by surprise.

(195) The meteorite's arrival was a once-in-a-lifetime event for many people.

(196) Chondritises are often found in meteorite collections around the world.

(197) The meteor impact caused the meteorite to fragment into the atmosphere.

(198) Chondrites are a type of meteorite that contain small spherical grains.

(199) The spall from the falling meteorite left a large crater in the ground.

(200) The pockmarking on the moon's surface is a result of meteorite impacts.

(201) The nodule was found to be a rare meteorite fragment by the astronomer.

(202) Nitrogen is delivered to the Earth's surface through meteorite impacts.

(203) The microprobe revealed the presence of rare minerals in the meteorite.

(204) The achondritic meteorite was estimated to be over 4 billion years old.

(205) The meteorite's impact created a shockwave that could be felt for miles.

(206) The meteorite's arrival sparked a renewed interest in space exploration.

(207) The meteorite's arrival was witnessed by a group of amateur astronomers.

(208) The spectral signature of the meteorite matched that of known asteroids.

(209) The Allende meteorite is a famous chondrite that fell in Mexico in 1969.

(210) The meteorite cannoned into the moon's surface, leaving a crater behind.

(211) The falling meteorite created a deep crater as it dragged to the ground.

(212) The seismic waves can be used to study the effects of meteorite impacts.

(213) The meteorite broke into particles as it entered the Earth's atmosphere.

(214) The meteorite shattered into the sky, leaving a trail of fire behind it.

(215) The achondritic meteorite was discovered in a remote area of the desert.

(216) The flocculi on the surface of the moon are caused by meteorite impacts.

(217) The size of the meteorite was estimated to be several meters in diameter.

(218) The meteorite's trajectory was calculated using advanced computer models.

(219) The massiness of the meteorite made it leave a significant impact crater.

(220) The meteorite hurtled through space and bomb into the Earth's atmosphere.

(221) The scientist is analyzing the proveniences of these meteorite fragments.

(222) The meteorite's impact created a perfectly circular crater in the ground.

(223) The flyby of the meteorite provided evidence of past collisions in space.

(224) The meteorite plummeted through the atmosphere and flashed down to Earth.

(225) The meteorite impact caused fragments to be launched into the atmosphere.

(226) The word achondritic refers to a type of meteorite that lacks chondrules.

(227) The falling meteorite caused the ground to shake and crush to the ground.

(228) It is impossible to retrodict the exact location of the meteorite impact.

(229) The meteorite exploded in impact, leaving a massive crater in the ground.

(230) The chondritic meteorite was found to contain small, spherical particles.

(231) The meteorite crashed into the earth, leaving a trail of fireball debris.

(232) The meteorite's fiery descent was captured on video by multiple witnesses.

(233) The spherules were found in abundance near the impact site of a meteorite.

(234) The scientists had to break open the meteorite to analyze its composition.

(235) The spectroscope revealed the presence of a rare element in the meteorite.

(236) The astrobleme's discovery shed light on the history of meteorite impacts.

(237) The astrobleme's remnants provide clues about the meteorite's composition.

(238) The conchoidal fragments of the meteorite were scattered across the field.

(239) The selenic crater was formed by a meteorite impact millions of years ago.

(240) Heat from friction is dissipated in the atmosphere during meteorite entry.

(241) The archaeozoic era is the time when the first meteorite impacts occurred.

(242) The astronomer studied a specimen of a meteorite that had fallen to Earth.

(243) The sudden appearance of a meteorite caused hysteria among the stargazers.

(244) The mass of the meteorite was enough to create a large crater upon impact.

(245) The moon's surface is naturally cratered due to constant meteorite impacts.

(246) The meteorite caused the ground to crater out from the force of the impact.

(247) The falling meteorite caused the ground to shake and shatter to the ground.

(248) The flyby of the meteorite provided clues about its origin and composition.

(249) Seismic disturbances can be used to study the effects of meteorite impacts.

(250) The presence of chondrules in a meteorite can indicate its primitive nature.

(251) Coesite is a mineral that was first discovered in a meteorite impact crater.

(252) The planetal surface is scarred by impact craters from meteorite collisions.

(253) The falling meteorite caused the ground to shake and smash under the impact.

(254) The meteorite exploded in midspace, sending debris flying in all directions.

(255) The impact of a meteorite created several craterlets on the Earth's surface.

(256) The meteorite crashed into the ground, leaving a deep crater into the earth.

(257) The meteorite's impact caused a temporary disruption in local communications.

(258) The aerolite's arrival has prompted a surge in meteorite hunting in the area.

(259) The chymist analyzed the composition of a meteorite to understand its origin.

(260) The meteoritical composition of a meteorite can vary depending on its origin.

(261) The low mass of the meteorite caused it to burn up in the Earth's atmosphere.

(262) The low mass of the meteorite resulted in a small impact crater upon landing.

(263) The meteorite impact caused the ground to brecciate, leaving a crater behind.

(264) The meteorite hurtled through space and spiked down onto the Earth's surface.

(265) The meteorite crash into the present, leaving a massive crater in the ground.

(266) The meteorite bolted out of the Milky Way and left a trail of fire behind it.

(267) The meteorite impact was estimated to have released 1,000 megatons of energy.

(268) The high mass of the meteorite caused it to create a large crater upon impact.

(269) The meteorite's fragments were carefully collected and analyzed by scientists.

(270) The astrobiologist analyzed meteorite samples to search for organic compounds.

(271) The falling meteorite made a resounding thud as it struck the earth's surface.

(272) The vitric composition of the meteorite indicated its extraterrestrial origin.

(273) The meteorite crashed broadside beneath the desert, creating a massive crater.

(274) The meteorite crashed into the ground, causing debris to shatter into the sky.

(275) The falling meteorite hit the ground with immense force, crushing into pieces.

(276) The astronomer examined a specimen of a meteorite to learn about the universe.

(277) Mars has a history of meteorite impacts that have left craters on its surface.

(278) The impact of the meteorite managed to pulverise the rocks and soil around it.

(279) The meteorite had the capacity to obliterate from existence entire continents.

(280) The millionyearold meteorite had crashed into the earth millions of years ago.

(281) The petrologic analysis of the meteorite revealed its extraterrestrial origin.

(282) The mineralogical analysis of the meteorite provided insights into its origin.

(283) The composition of taenite can vary depending on the meteorite it is found in.

(284) Scientists believe that the bolide was a meteorite entering Earth's atmosphere.

(285) Researchers in meteoritics use various techniques to examine meteorite samples.

(286) Achondrites are typically found in areas where meteorite impacts have occurred.

(287) The artist created a sculpture inspired by the planetlike shape of a meteorite.

(288) The resounding crash of the falling meteorite left a deep crater in the ground.

(289) The meteoritical composition of a meteorite can be analyzed using spectroscopy.

(290) The tour guide pointed out the impact crater in front of the meteorite exhibit.

(291) The microprobe allowed us to analyze the isotopic composition of the meteorite.

(292) The brecciations in this rock formation suggest a history of meteorite impacts.

(293) The meteorite smote the earth from above, leaving a massive crater in its wake.

(294) The scientist studied the residuums of the meteorite that had crashed to Earth.

(295) The study of tektites provides valuable insights into ancient meteorite impacts.

(296) The metallicity of a meteorite can provide insights into the early solar system.

(297) The scientists triangulated the origin of the meteorite using chemical analysis.

(298) The presence of taenite in a meteorite can indicate its extraterrestrial origin.

(299) The chondritic composition of the meteorite matched that of other known samples.

(300) The impact of the meteorite was enough to pulverize the rocks inside the crater.

(301) The scientist hypothesized that the spherules were formed by a meteorite impact.

(302) The impact of the meteorite caused the ground to shake and flatten to the earth.

(303) The meteorite crash into the science museum left a massive crater in the ground.

(304) The Hadean eon is believed to have been a time of constant meteorite bombardment.

(305) The astrobleme's discovery revolutionized our understanding of meteorite impacts.

(306) The origin of australite can be traced back to a specific meteorite impact event.

(307) Aeroliths are often used in scientific experiments to simulate meteorite impacts.

(308) The meteorite crashed and smashed down on the planet's surface, leaving a crater.

(309) The microbeam ion probe was used to analyze the composition of meteorite samples.

(310) The mineralogical analysis of the meteorite revealed its extraterrestrial origin.

(311) The meteorite crashed through the atmosphere and crushed into the Earth's surface.

(312) The moon's cratered surface is a result of billions of years of meteorite impacts.

(313) The astrobleme's shape suggests the angle at which the meteorite struck the Earth.

(314) The scoriaceous appearance of the meteorite indicated its origin from outer space.

(315) The starlog entry noted the visibility of a meteorite entering Earth's atmosphere.

(316) The meteorite crashed into the earth, blasting everything around it into oblivion.

(317) The INAA results provided insights into the chemical composition of the meteorite.

(318) The meteorite was so dense and rocklike that it left a massive crater upon impact.

(319) The meteorite is expected to collide down upon the earth's surface in a few hours.

(320) The seismal waves caused by the meteorite impact were felt hundreds of miles away.

(321) The moon's surface is constantly changing due to meteorite impacts and moonquakes.

(322) The impactor was a crucial tool in our geology lab for studying meteorite impacts.

(323) Iron inside a meteorite can provide clues about the formation of our solar system.

(324) The scientist used probes to investigate the chemical composition of the meteorite.

(325) The meteorite's arrival caused a wave of excitement among the scientific community.

(326) The abundance of chondrules in a meteorite can provide clues about its parent body.

(327) The scientist found a meteorite fragment made of iron behind the research facility.

(328) The scientist analyzed the vestigia of a meteorite impact in the geological record.

(329) Meteoritics has uncovered evidence of ancient meteorite impacts on Earth's surface.

(330) The millionyearold meteorite had crashed into the earth long before humans existed.

(331) The rareness of the meteorite made it a fascinating object for scientists to study.

(332) The discovery of kamacite in a meteorite can be a significant event for scientists.

(333) The eisen in the meteorite was analyzed by scientists to determine its composition.

(334) The astronomy students were able to excavate for meteorite fragments in the desert.

(335) The scientist studied a fragment of a meteorite to learn more about its composition.

(336) The australite is formed when a meteorite hits the Earth's surface at high velocity.

(337) The meteorite crashed into a nearby planet, causing it to bolt out of the Milky Way.

(338) The Venusian terrain is marked by numerous impact craters from meteorite collisions.

(339) The scientist studied the fragmental remains of the meteorite that crashed to Earth.

(340) Trace along the path of a meteorite to understand its impact on the Earth's surface.

(341) The crater beyond the campus was formed by a meteorite impact millions of years ago.

(342) The meteoritical composition of a meteorite can be used to determine its parent body.

(343) Aeroliths are often found in areas where meteorite impacts have occurred in the past.

(344) Eucrite is often found in regions of the Earth where meteorite impacts have occurred.

(345) I consult the ephemerides to determine the best time for observing meteorite showers.

(346) The meteorite entered the atmosphere and started to plummet down towards the surface.

(347) Researchers in meteoritics study the effects of meteorite impacts on Earth's climate.

(348) The meteorite spherical down upon the earth, causing a massive explosion upon impact.

(349) Grodd's origin story involves a group of gorillas exposed to a meteorite's radiation.

(350) The meteorite left a pockmark on the moon's surface, which was studied by scientists.

(351) The catenae of the meteorite impact left a visible crater on the surface of the moon.

(352) The troilite in the meteorite was formed during the early stages of the solar system.

(353) The meteorite was composed of a solid body substance that had traveled through space.

(354) The meteorite that crashed into the earth left a massive crater in the rocky terrain.

(355) The meteorite's impact created a seismic event that registered on nearby seismographs.

(356) Achondrites are a type of meteorite that originated from differentiated parent bodies.

(357) Scientists are studying the astrobleme to understand the effects of meteorite impacts.

(358) The biosignature of this meteorite suggests it originated from a distant solar system.

(359) Researchers in meteoritics use sophisticated instruments to analyze meteorite samples.

(360) The Allende meteorite is a type of carbonaceous chondrite that fell in Mexico in 1969.

(361) Tektites are often found in areas with high concentrations of meteorite impact craters.

(362) The measurement of cosmogenic isotopes can help determine the age of meteorite impacts.

(363) The meteorite hurtled through the atmosphere, ready to blast into oblivion upon impact.

(364) The meteorite crashed into the ground, leaving a crater dead centre of the impact zone.

(365) The impact of the meteorite was felt deep beneath the surface, causing seismic tremors.

(366) The meteorite flashed across the sky, causing a loud boom as it entered the atmosphere.

(367) The intense heat from the meteorite impact vitrified the rocks in the surrounding area.

(368) The geochemical composition of a meteorite can reveal information about its parent body.

(369) The collisional impact of the meteorite created a massive crater on the Earth's surface.

(370) The composition of aeroliths can vary depending on the type of meteorite and its origin.

(371) The falling meteorite crashed hefty down against the earth's surface, creating a crater.

(372) The magnetic signature of the meteorite provided clues about its origin and composition.

(373) The meteorite impact could wreak destruction off the entire planet if it's large enough.

(374) The presence of chondrules in a meteorite can indicate its classification as a chondrite.

(375) The meteorite soared through the atmosphere, flashing up and over towards the open field.

(376) Meteoritics has provided evidence of past meteorite impacts that caused mass extinctions.

(377) The impact of the meteorite caused a massive amount of ejecta to scatter across the area.

(378) The study of meteoritics has led to the identification of meteorite impact sites on Earth.

(379) The right ascension of a meteorite can provide clues about its origin in the solar system.

(380) The radial velocity of the meteorite suggested it originated from a distant asteroid belt.

(381) The tour group marveled at the size of the impact crater in front of the meteorite museum.

(382) The impact of the meteorite was so strong that it managed to pulverise the ground outside.

(383) The meteorite impact was so powerful that it reduced the entire area to a pile of cinders.

(384) The presence of biosignatures in a meteorite suggests the possibility of life beyond Earth.

(385) The chondritic composition of the meteorite suggested it originated from the asteroid belt.

(386) The meteorite impact caused a shockwave that plowed down buildings in the surrounding area.

(387) The radiometrically determined composition of the meteorite was analyzed in the laboratory.

(388) The crater at the center of the moon is believed to have been formed by a meteorite impact.

(389) The meteorite's discovery provided valuable insights into the formation of our solar system.

(390) Tektites can provide valuable information about the velocity and angle of meteorite impacts.

(391) The study of chondritises has led to advancements in our understanding of meteorite impacts.

(392) The aeroliths found in the Arctic were evidence of a meteorite impact millions of years ago.

(393) The meteorite cannoned into the Earth's atmosphere, creating a bright streak across the sky.

(394) The meteorite struck the ground with a broadside below impact, leaving a crater in its wake.

(395) The black stone was said to have been brought to Earth by a meteorite millions of years ago.

(396) The pock on the surface of the moon was created by meteorite impacts over millions of years.

(397) The scientist used a brush to sweep up fragments of a meteorite that had crashed in the area.

(398) Tektites are believed to have formed during intense heat and pressure from meteorite impacts.

(399) Identifying a meteorite through its composition and impact site is important for astronomers.

(400) The troilite in the meteorite was found to be isotopically distinct from terrestrial sources.

(401) The field of meteoritics has uncovered evidence of ancient meteorite impacts on other planets.

(402) The meteorite's outer layer was blackened and charred from its journey through the atmosphere.

(403) The meteorite was covered in small spherules that had formed during its journey through space.

(404) Chondrules can be found in a variety of meteorite types, including chondrites and achondrites.

(405) The size of it was jaw-dropping as I looked at the massive meteorite on display at the museum.

(406) The meteorite entered the Earth's atmosphere and came crashing down, leaving a massive crater.

(407) The meteorite crashed into the ground and blasted into pieces everything within a mile radius.

(408) The discovery of baddeleyites in a meteorite provided evidence of the age of the solar system.

(409) The meteorite streaked across the sky, incandescing as it burned up in the Earth's atmosphere.

(410) The Northwest Africa 869 meteorite is a well-known chondrite that has been extensively studied.

(411) The study of australite has led to new insights into the history of meteorite impacts on Earth.

(412) Chondrite is a type of stony meteorite that contains small, spherical grains called chondrules.

(413) The classification of pallasites is based on the percentage of olivine present in the meteorite.

(414) The aeromagnetic survey revealed a magnetic anomaly associated with an ancient meteorite impact.

(415) The discovery of taenite in a rock sample can indicate its origin from a meteorite impact event.

(416) The selenic surface is covered in a layer of fine dust that gets kicked up by meteorite impacts.

(417) Meteoritics has allowed researchers to study the effects of meteorite impacts on Earth's geology.

(418) The breccia formation is believed to have been caused by a meteorite impact millions of years ago.

(419) The energy from a meteorite impact can radiate towards the earth, causing destruction in its path.

(420) The meteorite's surface showed accretions of melted rock from its fiery entry into the atmosphere.

(421) The meteorite crashed into the earth, creating a massive crater broadside beneath the impact site.

(422) The large crater beside the football field was caused by a meteorite impact millions of years ago.

(423) The chagarin of a meteorite can provide valuable information about the history of our solar system.

(424) The astronomy lab required us to etch away the outer layer of a meteorite to study its composition.

(425) The scientist analyzed the fragment of a meteorite to learn more about the origins of the universe.

(426) The likelihood of a meteorite hitting a specific location is estimated to be one-thousandth or less.

(427) The discovery of an aerolith can be an exciting event for both scientists and meteorite enthusiasts.

(428) The accretionary growth of a meteorite occurs as it collects material while traveling through space.

(429) The discovery of an achondritic meteorite in Australia shed light on the geological history of Mars.

(430) Meteoritics has provided evidence of past meteorite impacts that shaped Earth's geological features.

(431) The crack of doom was heard as the meteorite crashed into the earth, causing widespread destruction.

(432) The detection of a meteorite impact can provide valuable information about the history of the Earth.

(433) The chondrite's classification as a primitive meteorite suggests it has undergone minimal alteration.

(434) Troilite is an important mineral for understanding the processes that occur during meteorite impacts.

(435) The size distribution of chondrules in a meteorite can reveal information about its formation history.

(436) The discovery of taenite in a meteorite can provide valuable information about the early solar system.

(437) The abundance of taenite in a meteorite can be used to estimate its parent body's size and composition.

(438) The impactor was used to simulate the effects of a meteorite impact on the moon in our astronomy class.

(439) The campus newspaper reported on the recent meteorite impact that caused the crater behind the library.

(440) The presence of taenite in a meteorite can provide valuable information about its formation and history.

(441) The concept of catastrophism explains the presence of large meteorite impact craters on Earth's surface.

(442) The study of australites has helped scientists understand the effects of meteorite impacts on the Earth.

(443) The identification of kamacite in a meteorite can provide valuable information about its age and history.

(444) The discovery of an achondritic meteorite in Antarctica provided evidence of past water activity on Mars.

(445) The discovery of cristobalite in a meteorite suggests the presence of volcanic activity on another planet.

(446) If you're an astronomy enthusiast, you can participate in a meteorite hunt to find extraterrestrial rocks.

(447) The burning temperature of a meteorite entering the Earth's atmosphere can create a bright streak of light.

(448) The study of meteoroids helps scientists estimate the frequency and intensity of meteorite impacts on Earth.

(449) The presence of kamacite in a meteorite can indicate that it originated from a large asteroid or planetesimal.

(450) The spaceship was designed to outdistance any known meteorite, but it was not equipped to handle a black hole.

(451) The term 'aerolith' is often used in the field of meteoritics to describe a meteorite composed mainly of stone.

(452) The composition of kamacite can provide clues about the conditions present during the formation of a meteorite.

(453) The presence of kamacite in a meteorite suggests that it originated from the core of a differentiated asteroid.

(454) If you are a meteorite hunter, geography helps you identify prime locations for finding extraterrestrial rocks.

(455) Pyroxenes can be found in a variety of geological settings, including volcanic eruptions and meteorite impacts.

(456) The residents of the small town staggered with shock when they heard about the meteorite that had crashed nearby.

(457) The impact of the meteorite was estimated to be equivalent to several megatons of TNT, causing widespread damage.

(458) The discovery of amphilicite in a meteorite has provided valuable insights into the formation of our solar system.

(459) The chondritic structure of the meteorite indicated it had not been significantly altered by terrestrial processes.

(460) The study of australite has helped scientists better understand the effects of meteorite impacts on the environment.

(461) The discovery of an achondritic meteorite in Antarctica provided valuable information about Mars' geological history.

(462) The chondritic structure of the meteorite indicated it had not been significantly altered by exposure to cosmic rays.

(463) The achondrite that was discovered in Antarctica is believed to have been ejected from the Moon during a meteorite impact.

(464) The Imilac pallasite is a favorite among meteorite enthusiasts for its unique combination of metal and gemstone-like olivine.

(465) The discovery of coesite in a meteorite suggests that it was formed in the early solar system under high-pressure conditions.

(466) The presence of kamacite in a meteorite can indicate that it experienced high temperatures and pressures during its formation.

(467) Tektites are often used in scientific research to understand the effects of meteorite impacts on Earth's geology and environment.

(468) If you're a meteorite hunter, using longitude data can help identify potential impact sites and locate extraterrestrial material.

(469) The presence of kamacite in a meteorite can indicate that it originated from a parent body that underwent significant heating and melting.

(470) The ball of fire, which had been mistaken for a shooting star, turned out to be a meteorite, and scientists rushed to study its composition.

(471) Although the kiloton measurement is primarily used to assess the power of bombs, it can also be applied to evaluate the force of meteorite impacts.

(472) The astronauts were conducting a space mission when suddenly there was an explosion, and they realized that their spacecraft had been hit by a meteorite.

(473) The astronaut was floating in space, looking down at the earth, when suddenly there was a boom and a meteorite passed by, narrowly missing the space station.

(474) After analyzing the data collected from the lunar mission, the researchers concluded that the formation of the craterlets was due to meteorite impacts, and they presented their findings at a conference.

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