Projectile in a sentence

(1) Disarm by using a non-lethal projectile.

(2) The catapult sent the projectile flying away.

(3) The catapult sent the projectile soaring away.

(4) The catapult launched the projectile backward.

(5) The archer released the projectile from his bow.

(6) The patient's emesis was projectile and forceful.

(7) The projectile's impact created a loud explosion.

(8) Parabolas can be used to model projectile motion.

(9) The arrow is a classic projectile used in archery.

(10) The cannonball was a common projectile in warfare.

Projectile sentence

(11) The parabola is a key concept in projectile motion.

(12) The projectile was launched from a hidden location.

(13) The catapult launched the projectile down the field.

(14) The unrifled cannon had a lower projectile velocity.

(15) The angle of a projectile determines its trajectory.

(16) The projectile hit its target with pinpoint accuracy.

(17) The projectile left a deep impact crater upon impact.

(18) The archer aimed his bow and released the projectile.

(19) The cannonball is a heavy and destructive projectile.

(20) The catapult shot the projectile away with precision.

Projectile make sentence

(21) The scientist studied the trajectory of the projectile.

(22) The water balloon was launched as a playful projectile.

(23) The launcher fired the projectile with incredible force.

(24) The projectile's range was limited by its fuel capacity.

(25) They used a catapult to send the projectile flying away.

(26) The catapult hurled the projectile away from the target.

(27) The catapult's arm swung up and released the projectile.

(28) The soldier aimed the projectile at the enemy's position.

(29) The slingshot shooter aimed the projectile at the target.

(30) We watched as the catapult shot the projectile downrange.

Sentence of projectile

(31) The projectile flew through the air with incredible speed.

(32) The projectile was designed to penetrate armored vehicles.

(33) The slingshot propelled the projectile towards the target.

(34) The tennis player hit the projectile with great precision.

(35) The catapult flung the projectile towards the enemy lines.

(36) The child's vomitus was projectile and landed on the wall.

(37) The hollowpoint projectile creates a larger wound channel.

(38) She expertly speared aside the projectile with her weapon.

(39) The projectile's velocity was measured using Doppler radar.

(40) The projectile's flight was monitored by a team of experts.

Projectile meaningful sentence

(41) The bullet is a common type of projectile used in firearms.

(42) The football player kicked the projectile towards the goal.

(43) The slingshot shooter aimed the projectile at the bullseye.

(44) The catapult sent the projectile soaring away into the sky.

(45) The pellet was used as a projectile in a game of paintball.

(46) Quadratic equations can be used to model projectile motion.

(47) The force of the explosion propelled the projectile forward.

(48) The parabolic equation described the path of the projectile.

(49) The emesis was projectile and caused concern for aspiration.

(50) Please draw a line to show the trajectory of the projectile.

Projectile sentence examples

(51) The projectile's trajectory was affected by the strong winds.

(52) The projectile's speed was measured using high-speed cameras.

(53) The baseball pitcher threw the projectile towards home plate.

(54) The computer program computes the trajectory of a projectile.

(55) The catapult threw the projectile away with incredible speed.

(56) The rocket launcher fired a projectile with incredible speed.

(57) The projectile's weight determined its range and impact force.

(58) The cannoned projectile soared through the air with precision.

(59) The tennis ball is a lightweight projectile used in the sport.

(60) The catapult launched the projectile and retracted with force.

Sentence with projectile

(61) The catapult hurled the projectile away from the castle walls.

(62) The archer's arrow flew through the air as a deadly projectile.

(63) We watched as the catapult shot the projectile up into the sky.

(64) The catapult's launch sent the projectile up in a graceful arc.

(65) The atlatl was a precursor to more advanced projectile weapons.

(66) The water balloon is the bounciest projectile in a water fight.

(67) Microliths were used as projectile points for spears and arrows.

(68) The projectile's velocity decreased as it approached its target.

(69) The projectile's flight path was tracked using radar technology.

(70) The stone was thrown as a makeshift projectile during the fight.

Use projectile in a sentence

(71) The catapult sent the projectile soaring away into the distance.

(72) The compressure of the airgun affects the projectile's velocity.

(73) The golf ball is a small but fast projectile when hit with force.

(74) The arrowhead is the sharp tip of the projectile used in hunting.

(75) The fulcrum of the catapult launched the projectile into the air.

(76) Conics can be used to solve problems involving projectile motion.

(77) Let's trace by the trajectory to calculate the projectile's path.

(78) The spring from the slingshot launches the projectile with force.

(79) The trebuchet's counterweight helps propel the projectile upward.

(80) The velocity of a projectile can be calculated trigonometrically.

Sentence using projectile

(81) The projectile left a trail of smoke as it soared through the sky.

(82) The projectile's accuracy was enhanced by a laser guidance system.

(83) The javelin thrower released the projectile with a powerful throw.

(84) Right triangles are used in sports to calculate projectile motion.

(85) The parabolic equation accurately predicted the projectile's path.

(86) Quadratics can be used to find the maximum height of a projectile.

(87) The trajectory of the projectile was quadratic towards the ground.

(88) The physics lab had us trace round the trajectory of a projectile.

(89) The cannon round was loaded with gunpowder and a metal projectile.

(90) The bullet is the small metal projectile that is fired from a gun.

Projectile example sentence

(91) Quadratics can be used to determine the trajectory of a projectile.

(92) The scientist used a gas gun to propel a projectile at high speeds.

(93) Quadratic equations can be used to find the height of a projectile.

(94) The conicoid curve was used to model the trajectory of a projectile.

(95) The tensioned band on the slingshot launched the projectile forward.

(96) Newton's laws can be used to predict the trajectory of a projectile.

(97) Conduct a trajectory analysis to determine the path of a projectile.

(98) The catapult's release sent the projectile up with incredible speed.

(99) The catapult's projectile soared through the air before coming down.

(100) The restoring force of a rubber band catapults a projectile forward.

Sentence with word projectile

(101) The fulcrum of the catapult was crucial in launching the projectile.

(102) Air friction is a factor that affects the trajectory of a projectile.

(103) The projectile's destructive power was unmatched by any other weapon.

(104) The charged arm of the catapult launched the projectile into the air.

(105) The torque of the catapult launched the projectile high into the air.

(106) Quadratics can be used to solve problems involving projectile motion.

(107) Understanding the trajectory of a projectile is essential in physics.

(108) The physics professor used a cannon to demonstrate projectile motion.

(109) The physics lab required a mold for the projectile motion experiment.

(110) The kinematics of a projectile can be used to predict its trajectory.

Sentence of projectile

(111) Applying Newton's law can help predict the trajectory of a projectile.

(112) The heavy weapon fired a powerful projectile, obliterating the target.

(113) Arbalests were gradually replaced by more advanced projectile weapons.

(114) The arc of a projectile can be calculated using mathematical formulas.

(115) The engineers tested the projectile's durability in extreme conditions.

(116) Paleoliths were used to create projectile points for spears and arrows.

(117) The trajectory of a projectile is calculable using the laws of physics.

(118) The cannon's projectile was able to punch through the enemy's defenses.

(119) The mathematician calculated the ballistic coefficient of a projectile.

(120) The mathematician used parabolae to model the behavior of a projectile.

Projectile used in a sentence

(121) The physics professor used a catapult to demonstrate projectile motion.

(122) The physics lab involved measuring the intercept round of a projectile.

(123) The projectile's shape was optimized for maximum aerodynamic efficiency.

(124) The projectile's path was calculated using advanced mathematical models.

(125) The coiled spring provided the necessary force to launch the projectile.

(126) The quadratic equation was used to model the trajectory of a projectile.

(127) Newtonian mechanics allows us to predict the trajectory of a projectile.

(128) Quadratic equations can be used to model the trajectory of a projectile.

(129) The fulcrum of the catapult determines the trajectory of the projectile.

(130) The projectile's explosive payload caused significant damage upon impact.

Projectile sentence in English

(131) The projectile flew through the air after being launched by the catapult.

(132) The parabolae in the equation represented the trajectory of a projectile.

(133) The law of gravity allows us to calculate the trajectory of a projectile.

(134) The powerful catapulting force launched the projectile high into the air.

(135) The counterweight on the catapult launched the projectile with precision.

(136) Newtonian mechanics can accurately predict the trajectory of a projectile.

(137) The propellant is a key factor in determining the range of the projectile.

(138) The quintic equation was used to calculate the trajectory of a projectile.

(139) The projectile's trajectory was adjusted mid-flight to hit a moving target.

(140) The projectile soared through the air after being launched by the catapult.

(141) The projectile arched through the sky after being launched by the catapult.

(142) The muzzle-loading process involved inserting a projectile into the barrel.

(143) Ballistics can be used to calculate the energy and velocity of a projectile.

(144) The projectile's design underwent several iterations to improve performance.

(145) The students used mathematizing to calculate the trajectory of a projectile.

(146) The balistae were operated by pulling back a lever to launch the projectile.

(147) Quadratic functions are commonly used in physics to model projectile motion.

(148) The counterweight on the trebuchet launched the projectile with great force.

(149) The restoring force of a rubber band slingshot propels a projectile forward.

(150) The quadratic equation is used to solve problems involving projectile motion.

(151) The quadratic equation can be used to model projectile motion inside physics.

(152) The missile defense system intercepted the incoming projectile ballistically.

(153) The symptoms of pyloric stenosis include projectile vomiting and weight loss.

(154) The missile defense system intercepted and obliterated the target projectile.

(155) The calculating machine helped me calculate the trajectory of the projectile.

(156) Torricelli's work on projectile motion influenced the development of calculus.

(157) Kinematical equations can be used to calculate the trajectory of a projectile.

(158) The cycloid is a curve that can be used to determine the path of a projectile.

(159) The scientist conducted experiments with a gas gun to study projectile motion.

(160) Quadratic functions can be used to solve problems involving projectile motion.

(161) The muzzle-velocity of a bullet can be increased by using a lighter projectile.

(162) The muzzle-velocity of a bullet can be decreased by using a heavier projectile.

(163) The projectile's impact created a shockwave that reverberated through the area.

(164) The muzzle-loading process required the use of a ramrod to pack the projectile.

(165) The angle in addition to the velocity affects the trajectory of the projectile.

(166) Microliths were used as projectile points for hunting animals in ancient times.

(167) The mathematician developed a new formula to calculate projectile trajectories.

(168) The catapult's fulcrum can be moved to change the trajectory of the projectile.

(169) The projectile's shape allowed it to penetrate through multiple layers of armor.

(170) The kinematic variables can be used to calculate the trajectory of a projectile.

(171) The quadratic polynomial can be used to find the maximum height of a projectile.

(172) The quadratic polynomial can be used to find the time of flight of a projectile.

(173) The hyperboloidal equation was used to calculate the trajectory of a projectile.

(174) The theory of gravitation allows us to calculate the trajectory of a projectile.

(175) The kinematic equations were used to calculate the trajectory of the projectile.

(176) She used the kernel as a makeshift projectile, and it hit him right in the face.

(177) The quadratic formula can be used to solve problems involving projectile motion.

(178) The quadratic equation can be used to solve problems involving projectile motion.

(179) The mathematicians will conduct a trajectory analysis of the projectile's motion.

(180) The physics lab involved measuring the trajectory of a projectile angle by angle.

(181) The physics department used a crossbow to demonstrate projectile motion in class.

(182) The interpolated coordinates helped to determine the trajectory of the projectile.

(183) The surface-to-air missile intercepted and destroyed an incoming enemy projectile.

(184) The physicist used mathematical formulas to keisan the trajectory of a projectile.

(185) Slingshots can be used for fishing by attaching a line and bait to the projectile.

(186) The slingshot's tension propels the projectile upward headlong towards its target.

(187) The reference plane was essential in calculating the trajectory of the projectile.

(188) The kinematical equations were used to calculate the trajectory of the projectile.

(189) The quadratic polynomial can be used to solve problems involving projectile motion.

(190) The quadratic amidst the physics experiment represented the motion of a projectile.

(191) The physics lab required the students to trace by trace the path of the projectile.

(192) The physics lab is conducting experiments with a cannon to study projectile motion.

(193) The transmission mechanism in a catapult transfers potential energy to a projectile.

(194) The elastic band on the slingshot will spring back to launch the projectile forward.

(195) The fulcra of the catapult were adjusted to increase the distance of the projectile.

(196) The physics lab required us to calculate the trajectory of a flank round projectile.

(197) Galilei's study of projectile motion paved the way for the development of ballistics.

(198) With the aid of a calculating machine, I determined the trajectory of the projectile.

(199) The physics professor used the concept of a bombing run to explain projectile motion.

(200) The professor asked us to calculate the angle from which the projectile was launched.

(201) The quadratic relationship between time and distance can be seen in projectile motion.

(202) The conic section of a parabola can be seen in the shape of a projectile's trajectory.

(203) The elastic curve of the slingshot determined the distance and speed of the projectile.

(204) The fulcrum of the catapult was adjusted to launch the projectile at the desired angle.

(205) Quadratic functions can be used to model the height of a projectile at different times.

(206) The elastic curve of the slingshot determined the distance the projectile would travel.

(207) The mathematician used a parabolical equation to model the trajectory of the projectile.

(208) The quadratic equation was used to determine the maximum height reached by a projectile.

(209) The physics professor used the cannon as an example in his lecture on projectile motion.

(210) The isogonal trajectory of a projectile depends on its initial velocity and launch angle.

(211) Quadratic equations can be used to solve real-world problems involving projectile motion.

(212) The physics lab required the students to measure the velocity of a shaft-like projectile.

(213) The muzzle-velocity of a projectile is an important consideration for long-range shooting.

(214) The hypocycloidal trajectory of a projectile can be calculated using mathematical formulas.

(215) The physics experiment required us to angle onto the correct trajectory for the projectile.

(216) The muzzle-velocity of a bullet can be influenced by the weight and shape of the projectile.

(217) The directrix of a parabolic trajectory can be calculated using projectile motion equations.

(218) The hypervelocity of the projectile caused it to penetrate the target with incredible force.

(219) The gravitational mass of an object affects the trajectory of a projectile launched near it.

(220) The microlith, when attached to a wooden shaft, transformed into a deadly projectile weapon.

(221) The retractive nature of the slingshot caused the projectile to return to its starting point.

(222) The sagitta of a projectile is the vertical distance between its initial and final positions.

(223) The physics class studied the mechanics of a missile within the context of projectile motion.

(224) The engineer used a quadratic model to predict the trajectory of a projectile through the air.

(225) The heat-seeking missile successfully intercepted and destroyed the incoming enemy projectile.

(226) The trebuchet's counterweight propels the projectile upward headlong towards the castle walls.

(227) The law of action and reaction is evident in the recoil of a cannon after firing a projectile.

(228) The molten lead was poured into the bullet casing, and it solidified into a deadly projectile.

(229) The physics class conducted an experiment with a miniature catapult to study projectile motion.

(230) The slingers were often recruited from regions known for their expertise in projectile warfare.

(231) The physics professor explained the concept of a spherical ahead movement in projectile motion.

(232) The physics teacher explained how to calculate the vertical angle of a projectile's trajectory.

(233) The quadratic equation can be used to find the time it takes for a projectile to hit the ground.

(234) The force diagram allowed us to analyze the forces acting on the object during projectile motion.

(235) The professor launched a missile out of his hand to demonstrate the concept of projectile motion.

(236) The catapult operator carefully adjusted the tension on the ropes before launching the projectile.

(237) The engineer calculated the trajectory of the projectile by means of considering the launch angle.

(238) The engineers made adjustments to the catapult's trajectory to ensure the projectile hit its target.

(239) The gravitational mass of an object affects the trajectory of a projectile in a gravitational field.

(240) The physics professor asked us to contour over the trajectory of the projectile in our calculations.

(241) Newton's third law of motion can be used to explain the recoil of a cannon after firing a projectile.

(242) The biology lab required students to construct a blowgun as part of their study on projectile motion.

(243) Geometry can be used to solve problems in physics, such as calculating the trajectory of a projectile.

(244) I was fascinated to learn that quadratic equations can be used to model the trajectory of a projectile.

(245) We explored the concept of quadratic functions through real-world applications such as projectile motion.

(246) Quadratic functions can be used to model various phenomena, such as projectile motion or population growth.

(247) The quadratic amongst the mathematical applications was the one that described the trajectory of a projectile.

(248) The physics lab required students to calculate the velocity and trajectory of a projectile launched by a catapult.

(249) The physics teacher challenged the students to calculate the maximum distance a catapult could launch a projectile.

(250) The mangonel was operated by a team of soldiers who would pull back the arm and release it to launch the projectile.

(251) The physics lab assistant demonstrated how to measure the acceleration and velocity of a projectile launched by a catapult.

(252) The physics problem required students to find the maximum height of a projectile using a quadratic within a kinematic equation.

(253) The physics lab required students to measure the force and energy needed to launch a projectile along a given distance using a catapult.

(254) The math professor challenged students to calculate the optimal angle and force needed to launch a projectile along a given distance using a catapult.

(255) The graph of a polynomial function can be used to model various real-life situations, such as population growth, economic trends, or projectile motion.

(256) The physics professor challenged students to calculate the maximum height and range of a projectile launched by a catapult at different angles and forces.

(257) Quadratic functions are often used in physics and engineering to model real-world phenomena, such as projectile motion and the behavior of springs and other elastic materials.

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