Kiloton in a sentence

(1) Arm the kiloton warhead.

(2) Deploy the kiloton bomb.

(3) Detonate the kiloton bomb.

(4) Launch the kiloton missile.

(5) Detach the kiloton explosive.

(6) Activate the kiloton warhead.

(7) Activate the kiloton explosive.

(8) What a massive kiloton explosion!

(9) Secure the kiloton bomb in place.

(10) KT is an abbreviation for kiloton.

Kiloton sentence

(11) Set the kiloton device to explode.

(12) The explosion measured one kiloton.

(13) The kiloton blast was heard for miles.

(14) Ensure the kiloton explosive is armed.

(15) Aim the kiloton missile at the target.

(16) The kiloton device was set off remotely.

(17) The kiloton blast was a tragic accident.

(18) Incredible! That was a kiloton of power!

(19) Detonate the kiloton explosive remotely.

(20) The kiloton explosion was heard for miles.

Kiloton make sentence

(21) The kiloton device was hidden underground.

(22) The kiloton detonation set off car alarms.

(23) Prepare the kiloton device for detonation.

(24) Load the kiloton warhead onto the missile.

(25) Test the kiloton device for functionality.

(26) Launch the kiloton bomb towards the enemy.

(27) The kiloton bomb caused significant damage.

(28) Load the kiloton missile onto the launcher.

(29) Load the kiloton warhead onto the aircraft.

(30) The kiloton warhead was disarmed by experts.

Sentence of kiloton

(31) Set the kiloton device to explode on impact.

(32) The kiloton detonation was captured on video.

(33) The kiloton bomb was dropped from an aircraft.

(34) The kiloton explosion triggered an evacuation.

(35) The kiloton explosion created a mushroom cloud.

(36) Deploy the kiloton bomb in the designated area.

(37) The kiloton warhead was launched from a missile.

(38) The kiloton bomb was detonated in a remote area.

(39) Detach the kiloton explosive from its container.

(40) Arm the kiloton warhead for maximum destruction.

Kiloton meaningful sentence

(41) Ensure the kiloton explosive is armed and ready.

(42) Aim the kiloton missile precisely at the target.

(43) The kiloton blast leveled an entire neighborhood.

(44) Amazing! That kiloton explosion shook the ground!

(45) Holy smokes! That kiloton blast was mind-blowing!

(46) The bomb's kiloton explosion was felt miles away.

(47) The kiloton explosion left a crater in the ground.

(48) The kiloton blast was part of a military exercise.

(49) The kiloton device was smuggled across the border.

(50) Amazing! The kiloton explosion left me speechless!

Kiloton sentence examples

(51) The kiloton detonation created a massive shockwave.

(52) The kiloton blast destroyed everything in its path.

(53) The kiloton explosion was felt by nearby residents.

(54) Wow! That kiloton blast was absolutely astonishing!

(55) Oh my goodness! That kiloton detonation was intense!

(56) Magnificent! The kiloton blast was a true spectacle!

(57) Remarkable! The kiloton explosion was a true marvel!

(58) Prepare the kiloton device for immediate detonation.

(59) Launch the kiloton bomb with precision and accuracy.

(60) The kiloton bomb caused extensive damage to the city.

Sentence with kiloton

(61) The kiloton blast sent debris flying through the air.

(62) Remarkable! The kiloton explosion left a huge impact!

(63) Unimaginable! The kiloton explosion was beyond words!

(64) The kiloton bomb was dropped from a military aircraft.

(65) The kiloton bomb was designed for maximum destruction.

(66) The kiloton explosion was the result of a malfunction.

(67) Holy smokes! That kiloton blast was out of this world!

(68) Magnificent! The kiloton blast was a true work of art!

(69) Activate the kiloton warhead for a devastating impact.

(70) The kiloton detonation resulted in a massive fireball.

Use kiloton in a sentence

(71) The kiloton explosion resulted in numerous casualties.

(72) The kiloton explosion sent shockwaves through the area.

(73) The kiloton detonation caused a temporary power outage.

(74) Unbelievable! The force of that kiloton was astounding!

(75) Fantastic! The kiloton explosion was a sight to behold!

(76) Astounding! The power of that kiloton was jaw-dropping!

(77) Secure the kiloton bomb with additional reinforcements.

(78) Test the functionality of the kiloton device once more.

(79) The kiloton device was designed for maximum destruction.

(80) The kiloton bomb was dropped during a military exercise.

Sentence using kiloton

(81) The kiloton blast shattered windows in nearby buildings.

(82) The kiloton explosion caused panic among the population.

(83) Astounding! The power of that kiloton was awe-inspiring!

(84) Sensational! The force of that kiloton was unbelievable!

(85) The nuclear bomb had a destructive power of one kiloton.

(86) The bomb's kiloton explosion was heard for miles around.

(87) The kiloton blast created a massive crater in the ground.

(88) The kiloton detonation was a deliberate act of terrorism.

(89) The military conducted a test of a kiloton-class missile.

(90) The kiloton blast left a trail of devastation in its wake.

Kiloton example sentence

(91) The kiloton explosion was part of a controlled demolition.

(92) The kiloton detonation was a result of a terrorist attack.

(93) Oh wow! That kiloton detonation was absolutely incredible!

(94) Unbelievable! The power of that kiloton was mind-boggling!

(95) Fantastic! The force of that kiloton was truly remarkable!

(96) Detach the kiloton explosive carefully to avoid accidents.

(97) The kiloton explosion left a massive crater in the ground.

(98) The kiloton explosion was captured by surveillance cameras.

(99) The kiloton detonation was a result of a failed experiment.

(100) Oh my! That kiloton detonation was absolutely breathtaking!

Sentence with word kiloton

(101) The kiloton detonation released a deadly wave of radiation.

(102) The kiloton blast leveled several buildings in its vicinity.

(103) The kiloton bomb was part of a strategic military operation.

(104) The kiloton warhead was intercepted before it could be used.

(105) The kiloton bomb was part of a classified military operation.

(106) The kiloton explosion was felt as far as the neighboring town.

(107) The kiloton detonation left a trail of destruction in its wake.

(108) Kilo- is used in the term kiloton, which is equal to 1,000 tons.

(109) The kiloton detonation was heard as far as the neighboring city.

(110) The kiloton blast caused significant damage to nearby buildings.

Sentence of kiloton

(111) The kiloton explosion was a tragic event that claimed many lives.

(112) The bomb's detonation resulted in a kiloton-sized mushroom cloud.

(113) The explosion measured a kiloton, and it caused widespread damage.

(114) Incredible! The kiloton explosion was like nothing I've ever seen!

(115) The bomb's kiloton yield was enough to level an entire city block.

(116) The kiloton blast wave caused extensive damage to nearby vehicles.

(117) The kiloton explosion caused widespread panic among the population.

(118) The kiloton explosion caused a massive fireball to engulf the area.

(119) The kiloton bomb was dropped with precision accuracy on the target.

(120) Sensational! The force of that kiloton was absolutely mind-blowing!

Kiloton used in a sentence

(121) The kiloton device was detonated underground to minimize the impact.

(122) Oh my goodness! That kiloton detonation was absolutely mind-blowing!

(123) Incredible! The kiloton explosion was like something out of a movie!

(124) The bomb's kiloton yield was equivalent to thousands of tons of TNT.

(125) The kiloton blast wave knocked down trees and buildings in its path.

(126) The kiloton detonation sent shockwaves through the surrounding area.

(127) The kiloton blast was so powerful that it registered on seismographs.

(128) The kiloton explosion released a tremendous amount of heat and light.

(129) The kiloton blast was heard for miles, but luckily no one was injured.

(130) The explosion registered a kiloton, and it was heard for miles around.

Kiloton sentence in English

(131) The kiloton explosion was so intense that it created a massive crater.

(132) The explosion registered on the Richter scale as a kiloton earthquake.

(133) The kiloton explosion was so powerful that it shattered windows nearby.

(134) The kiloton blast was so intense that it temporarily blinded onlookers.

(135) Although it was just a kiloton, the bomb caused significant casualties.

(136) The explosion measured a kiloton, and it resulted in numerous injuries.

(137) The kiloton blast wave caused widespread destruction to infrastructure.

(138) Despite its small yield, the kiloton bomb caused widespread destruction.

(139) The kiloton device was detonated in a remote location for safety reasons.

(140) The kiloton bomb was designed to target a specific military installation.

(141) The kiloton measurement is used to determine the yield of a nuclear bomb.

(142) The nuclear warhead had a kiloton capacity, making it highly destructive.

(143) The impact of a 100 kiloton asteroid striking Earth would be catastrophic.

(144) The explosion's kiloton yield was estimated based on the damage it caused.

(145) The kiloton blast caused significant structural damage to nearby buildings.

(146) The kiloton blast was so intense that it triggered a series of aftershocks.

(147) The kiloton device was detonated remotely to ensure the safety of personnel.

(148) The kiloton detonation was so powerful, it could be felt several miles away.

(149) The kiloton explosion caused widespread devastation in the surrounding area.

(150) The explosion's kiloton yield was enough to wipe out an entire neighborhood.

(151) The bomb's kiloton capacity made it a formidable weapon of mass destruction.

(152) The blast was equivalent to a kiloton, so it was considered a major incident.

(153) Even though it was just a kiloton, the explosion created a massive shockwave.

(154) The kiloton bomb was detonated underground, causing a massive crater to form.

(155) Although it was only a kiloton, the blast caused a massive fire to break out.

(156) Despite its small size, the kiloton bomb had a devastating effect on the city.

(157) The kiloton explosion occurred during rush hour, resulting in a chaotic scene.

(158) Unimaginable! The kiloton explosion was beyond anything I could have imagined!

(159) The bomb's kiloton capacity made it a significant threat to national security.

(160) The blast registered as a kiloton, so it was classified as a significant event.

(161) The kiloton detonation was so intense, it triggered car alarms in the vicinity.

(162) The kiloton measurement is commonly used to describe the power of atomic bombs.

(163) The explosion measured a kiloton, and it left a lasting impact on the community.

(164) The explosion's kiloton yield was equivalent to the force of a small earthquake.

(165) The kiloton blast was so intense that it caused a temporary blackout in the area.

(166) The kiloton explosion was a testament to the destructive power of modern weaponry.

(167) The kiloton measurement is used to compare the power of different nuclear weapons.

(168) The explosion was estimated to be a kiloton, and it resulted in multiple injuries.

(169) The kiloton measurement is used to compare the power of different nuclear devices.

(170) The kiloton measurement is used to determine the magnitude of a nuclear explosion.

(171) The bomb's kiloton capacity made it one of the most powerful weapons in existence.

(172) The kiloton blast was captured on video, and it quickly went viral on social media.

(173) The kiloton explosion occurred during rush hour, causing traffic chaos in the area.

(174) The blast registered as a kiloton, and it prompted an investigation into the cause.

(175) The kiloton explosion rattled nearby buildings, and people were forced to evacuate.

(176) The kiloton blast was so powerful that it triggered seismic activity in the region.

(177) The explosion registered a kiloton, and it sent shockwaves through the entire city.

(178) The kiloton explosion occurred during a major event, causing panic among attendees.

(179) The kiloton measurement is based on the amount of energy released by the explosion.

(180) The bomb's kiloton detonation created a shockwave that shattered windows for miles.

(181) The kiloton explosion was so powerful that it shattered windows in nearby buildings.

(182) Despite its small size, the kiloton bomb had a profound impact on the local economy.

(183) The kiloton blast was so powerful that it caused a temporary evacuation of the area.

(184) The kiloton measurement is used to estimate the blast radius of a nuclear explosion.

(185) The kiloton measurement is used to gauge the destructive power of a nuclear warhead.

(186) The kiloton measurement is used to estimate the size and power of volcanic eruptions.

(187) Despite its small size, the kiloton bomb had a devastating effect on the environment.

(188) Although it was just a kiloton, the bomb caused significant damage to infrastructure.

(189) The kiloton measurement is a unit of measurement that is unique to nuclear explosions.

(190) The kiloton measurement is also used in assessing the power of conventional explosives.

(191) The kiloton detonation occurred in a remote area, but its impact was still significant.

(192) The explosion was estimated to be a kiloton, and it left a massive crater in the ground.

(193) The kiloton detonation was so powerful, it caused structural damage to nearby buildings.

(194) The bomb detonated with a force of a kiloton, and it obliterated everything in its path.

(195) The explosion measured a kiloton, and it sent shockwaves through the entire neighborhood.

(196) The kiloton measurement is a reminder of the devastating consequences of nuclear warfare.

(197) The kiloton explosion rocked the city, and emergency services were immediately dispatched.

(198) Although the bomb was only a kiloton, it had a significant impact on the surrounding area.

(199) The kiloton measurement is used to quantify the destructive force of a nuclear detonation.

(200) The blast radius of the bomb extended for several kilometers, thanks to its kiloton yield.

(201) The explosion measured a kiloton, and it caused significant damage to the surrounding area.

(202) The kiloton detonation was unexpected, so the authorities had to quickly evacuate the area.

(203) The blast registered as a kiloton, prompting authorities to issue a public safety advisory.

(204) The kiloton measurement is commonly used to quantify the explosive power of nuclear weapons.

(205) The explosion was estimated to be a kiloton, and it resulted in the closure of nearby roads.

(206) The kiloton explosion occurred in a remote area, but its effects were still felt miles away.

(207) Despite its small yield, the kiloton explosion caused widespread panic among the population.

(208) The kiloton measurement is crucial in evaluating the effectiveness of missile defense systems.

(209) The kiloton blast destroyed several buildings, and it left a trail of destruction in its wake.

(210) A kiloton is a unit of measurement used to quantify the energy released by a nuclear explosion.

(211) The kiloton measurement is used to evaluate the effectiveness of nuclear deterrence strategies.

(212) The kiloton measurement is often used in simulations and calculations for disaster preparedness.

(213) The kiloton explosion sent debris flying in all directions, and it took hours to clear the area.

(214) Although it was only a kiloton, the blast created a mushroom cloud that could be seen from afar.

(215) The energy released by a kiloton explosion is equivalent to the detonation of 1,000 tons of TNT.

(216) The kiloton blast was followed by a series of smaller explosions, creating panic among residents.

(217) The energy released by a 1 kiloton explosion is equivalent to the detonation of 1,000 tons of TNT.

(218) The blast measured a kiloton, so it was necessary to establish a safety perimeter around the site.

(219) The kiloton measurement is used to quantify the energy released during a nuclear fission reaction.

(220) Despite its small yield, the kiloton bomb had a long-lasting psychological impact on the survivors.

(221) The kiloton measurement is often used in discussions about the potential impact of asteroid impacts.

(222) The energy released by a 10 kiloton explosion is equivalent to the detonation of 10,000 tons of TNT.

(223) The kiloton measurement is often used in discussions about the long-term effects of nuclear testing.

(224) The kiloton blast was heard by residents in neighboring towns, and it sparked concerns about safety.

(225) The kiloton measurement is often used to compare the destructive power of different nuclear weapons.

(226) The kiloton measurement is often used in discussions about the potential impact of nuclear accidents.

(227) The kiloton measurement is often used in discussions about nuclear disarmament and non-proliferation.

(228) The kiloton measurement is used to assess the potential environmental impact of a nuclear detonation.

(229) The energy released by a 100 kiloton explosion is equivalent to the detonation of 100,000 tons of TNT.

(230) The kiloton explosion shattered the tranquility of the neighborhood, and residents were left in shock.

(231) The energy released by a 1 kiloton explosion is equivalent to the detonation of 1 billion grams of TNT.

(232) The kiloton measurement is important in understanding the potential damage caused by volcanic eruptions.

(233) The kiloton measurement is used to evaluate the effectiveness of nuclear weapons in military operations.

(234) The kiloton measurement is used to assess the potential impact of terrorist attacks involving explosives.

(235) The energy released by a 10 kiloton explosion is equivalent to the detonation of 10 billion grams of TNT.

(236) The energy released by a 1,000 kiloton explosion is equivalent to the detonation of 1 million tons of TNT.

(237) The explosion was equivalent to a kiloton, and it triggered an immediate response from emergency services.

(238) The kiloton detonation occurred during a military exercise, but it was not part of the planned activities.

(239) The kiloton measurement is used to assess the potential casualties and injuries caused by a nuclear blast.

(240) The kiloton measurement is a crucial factor in determining the scale of destruction caused by a bomb blast.

(241) The kiloton measurement is used to calculate the amount of energy released during a nuclear chain reaction.

(242) The kiloton measurement is crucial in determining the safety and effectiveness of underground nuclear tests.

(243) The kiloton measurement is a testament to the immense power and destructive capabilities of nuclear weapons.

(244) The kiloton measurement is used to estimate the amount of thermal radiation produced by a nuclear explosion.

(245) The kiloton blast was so intense, it caused a temporary loss of hearing for some individuals in the vicinity.

(246) When a kiloton bomb detonates, it releases an immense amount of energy that can cause widespread devastation.

(247) The kiloton measurement is used by scientists and military experts to analyze the effects of nuclear weapons.

(248) The kiloton measurement is used to analyze the impact of a nuclear explosion on infrastructure and buildings.

(249) The kiloton explosion caused a power outage in the surrounding area, and it took hours to restore electricity.

(250) When a kiloton bomb explodes in the atmosphere, it can create a mushroom cloud that is visible from miles away.

(251) The kiloton measurement is used to calculate the amount of radioactive fallout produced by a nuclear explosion.

(252) The kiloton measurement is a unit of explosive energy that is commonly used in military and scientific contexts.

(253) The kiloton blast caused a temporary disruption in communication networks, affecting phone and internet services.

(254) The kiloton measurement is crucial in assessing the potential impact and devastation caused by a nuclear explosion.

(255) The kiloton explosion was captured on surveillance cameras, and it provided valuable evidence for the investigation.

(256) The kiloton measurement is a unit of explosive energy that is widely recognized and used by experts in various fields.

(257) The kiloton measurement is an important factor in determining the radius of destruction caused by a nuclear explosion.

(258) The kiloton measurement is often used in discussions about the potential impact of climate change on natural disasters.

(259) The kiloton measurement is a unit of explosive energy that is equivalent to the detonation of 1,000 metric tons of TNT.

(260) The kiloton measurement is a sobering reminder of the potential loss of life and destruction caused by nuclear weapons.

(261) The kiloton measurement is used to evaluate the potential impact of space debris colliding with satellites or spacecraft.

(262) The kiloton measurement is an important tool for military strategists to assess the potential impact of a nuclear attack.

(263) The kiloton explosion created a shockwave that shattered windows in nearby buildings, and debris was scattered everywhere.

(264) When a kiloton bomb detonates underground, it can cause significant seismic activity that can be detected by seismographs.

(265) When a kiloton bomb explodes, it releases a massive amount of energy that can result in a fireball and a subsequent shockwave.

(266) The kiloton measurement is crucial in assessing the potential damage caused by industrial accidents involving explosive materials.

(267) When a kiloton bomb detonates, it releases a shockwave that can cause buildings to collapse and people to be thrown off their feet.

(268) When a kiloton bomb explodes, it releases a tremendous amount of heat and light, creating a blinding flash that can be seen from afar.

(269) The kiloton measurement is a standardized unit that allows for easy comparison of the destructive potential of different explosive events.

(270) The kiloton measurement is often used in conjunction with other metrics to provide a comprehensive assessment of the impact of a bomb blast.

(271) When a kiloton bomb explodes, it releases a shockwave that can travel for miles, causing damage to structures and injuring people in its path.

(272) The kiloton measurement is a valuable tool for forensic investigators to determine the size and type of explosive device used in a criminal act.

(273) While the kiloton measurement is primarily used to quantify the power of explosions, it can also be used to assess the force of volcanic eruptions.

(274) 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.

(275) The kiloton measurement is often used by emergency response teams to estimate the number of casualties and the extent of damage caused by a bomb blast.

(276) While the kiloton measurement is primarily used in the context of nuclear weapons, it can also be applied to assess the power of non-nuclear explosions.

(277) The kiloton measurement is an essential component in the calculation of the blast radius and the potential number of casualties caused by a bomb detonation.

(278) Although the kiloton measurement is commonly used to describe the power of nuclear explosions, it can also be used to measure the force of other explosive events.

(279) The kiloton measurement is often used by scientists to quantify the destructive potential of a bomb, but it can also be used to assess the impact of natural disasters.

(280) When a kiloton bomb detonates underwater, it can create a massive shockwave that can travel for long distances, causing damage to marine life and underwater structures.

(281) The kiloton measurement is an important consideration in nuclear disarmament discussions, as it helps determine the magnitude of the threat posed by existing stockpiles.

(282) Although the kiloton measurement is primarily used to quantify the power of explosions, it can also be applied to assess the force of volcanic eruptions and earthquakes.

(283) The kiloton measurement is a crucial factor in determining the level of devastation caused by a bomb blast, as it provides an indication of the explosive force unleashed.

(284) Although the kiloton measurement is commonly associated with destructive events, it can also be used to measure the force of controlled explosions in mining and construction.

(285) Although the kiloton measurement is commonly associated with destructive events, it can also be used to assess the force of controlled demolitions in the construction industry.

(286) The kiloton measurement is often used to estimate the radius of destruction caused by a bomb blast, taking into account factors such as the type of explosive and the surrounding environment.

(287) Although the kiloton measurement is a useful tool for assessing the power of explosions, it does not take into account other factors such as the type of explosive used and the proximity to populated areas.

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