Boyle in a sentence

(1) Boyle studied chemistry.

(2) Boyle is a name of a person.

(3) Boyle is a famous scientist.

(4) Boyle is not a common first name.

(5) Boyle is a word that can be read.

(6) Boyle's research focused on gases.

(7) Boyle is a word that can be spelled.

(8) Boyle is a word that can be written.

(9) Boyle is a word that can be learned.

(10) Robert Boyle discovered Boyle's law.

Boyle sentence

(11) Boyle is a common surname in Ireland.

(12) Boyle is a word that rhymes with oil.

(13) The Boyle surname is of Gaelic origin.

(14) Boyle studied the properties of gases.

(15) Boyle is a word that has two syllables.

(16) Boyle is a word that can be pronounced.

(17) Boyle is a word that can be remembered.

(18) Boyle's research was ahead of its time.

(19) Boyle's experiments were groundbreaking.

(20) Robert Boyle was born in Ireland in 1627.

Boyle make sentence

(21) Boyle is a last name that some people have.

(22) Boyle is a word that can be used as a noun.

(23) Boyle is a word that can be used in a poem.

(24) Boyle is a word that can be used in a song.

(25) Boyle is a word that can be used in a game.

(26) Boyle is a word that can be used in a book.

(27) Boyle is a word that can be used in a play.

(28) Boyle is a word that can be used in a story.

(29) Boyle is a word that can be used in a movie.

(30) Boyle's theories have stood the test of time.

Sentence of boyle

(31) Boyle is a popular name among Irish Americans.

(32) Boyle is a word that starts with the letter B.

(33) Boyle is a word that can be used as a surname.

(34) Boyle is a word that can be used in a TV show.

(35) The Boyle family has a long lineage in England.

(36) Boyle is a word that can be used as a nickname.

(37) Boyle is a word that can be used in a sentence.

(38) Boyle's law is a cornerstone of modern physics.

(39) Boyle is a word that can be used in a classroom.

(40) Boyle's experiments were meticulously conducted.

Boyle meaningful sentence

(41) Boyle is a word that can be used as a first name.

(42) Boyle's experiments led to important discoveries.

(43) Boyle's experiments were meticulously documented.

(44) Boyle's research was groundbreaking for its time.

(45) Boyle is a word that can be used as a proper noun.

(46) Boyle is a word that can be used as a middle name.

(47) Boyle's law is a fundamental principle in physics.

(48) Boyle is a word that can be used in a conversation.

(49) Boyle's work revolutionized the field of chemistry.

(50) Boyle's research focused on the behavior of matter.

Boyle sentence examples

(51) Boyle is a name that is often used as a middle name.

(52) Boyle's work laid the foundation for modern physics.

(53) Boyle's legacy continues to inspire scientists today.

(54) Boyle's work laid the foundation for modern chemistry.

(55) Boyle's experiments were met with skepticism at first.

(56) Boyle is pronounced as boil with a silent e at the end.

(57) Robert Boyle and Robert Hooke codiscovered Boyle's law.

(58) Boyle's contributions to science are widely recognized.

(59) Boyle's work helped to establish the scientific method.

(60) Boyle is a name that often appears in genealogy records.

Sentence with boyle

(61) Robert Boyle was a founding member of the Royal Society.

(62) Boyle is a word that can be used in many different ways.

(63) The Boyle surname can be traced back to the 12th century.

(64) Boyle's discoveries have had a lasting impact on science.

(65) Boyle is a name that is often mispronounced or misspelled.

(66) Boyle's experiments with air pressure were groundbreaking.

(67) Boyle's experiments were conducted using simple equipment.

(68) Boyle's discoveries revolutionized the field of chemistry.

(69) Robert Boyle's research focused on the properties of gases.

(70) Boyle's Law is a fundamental concept in the study of gases.

Use boyle in a sentence

(71) Many famous athletes and musicians have the last name Boyle.

(72) Many notable actors and actresses share the last name Boyle.

(73) Sunako's favorite movie is Sunshine directed by Danny Boyle.

(74) Boyle's law is often taught in introductory physics courses.

(75) Boyle's law is a cornerstone of the kinetic theory of gases.

(76) Robert Boyle's work on the nature of air was groundbreaking.

(77) Boyle's Law is named after the Irish scientist Robert Boyle.

(78) Boyle's Law is a key concept in the study of thermodynamics.

(79) The name Boyle has historical significance in Scottish clans.

(80) The Boyle family has a coat of arms with a lion and a castle.

Sentence using boyle

(81) Boyle's work paved the way for future scientific discoveries.

(82) Boyle's Law is a cornerstone of modern physics and chemistry.

(83) Boyle's Law is a key concept in the study of fluid mechanics.

(84) Many famous scientists and inventors have the last name Boyle.

(85) Boyle is a relatively rare surname in some parts of the world.

(86) Boyle is a name that has been passed down through generations.

(87) Boyle's work paved the way for future scientific advancements.

(88) Many notable politicians and writers share the last name Boyle.

(89) The Boyle family has a strong sense of pride in their heritage.

(90) The Boyle surname has connections to various historical events.

Boyle example sentence

(91) Boyle's law is an essential principle in the study of gas laws.

(92) Robert Boyle was a prominent scientist during the 17th century.

(93) Boyle's work has had a profound impact on the field of science.

(94) The Boyle family has a strong presence in the field of medicine.

(95) Many towns and cities have streets named after the Boyle family.

(96) The Boyle surname has different meanings in different languages.

(97) Boyle's law is still used today in many scientific applications.

(98) Boyle's work was highly influential in the scientific community.

(99) Boyle, who is a renowned scientist, discovered the law of gases.

(100) The film adaptation of Trainspotting was directed by Danny Boyle.

Sentence with word boyle

(101) Boyle's law is still used today to explain the behavior of gases.

(102) Boyle's experiments were conducted with great care and precision.

(103) Boyle's Law is a fundamental principle in the field of chemistry.

(104) Boyle's discoveries have practical applications in everyday life.

(105) Boyle's work has had a profound impact on the field of chemistry.

(106) The Boyle family has a tradition of passing down family heirlooms.

(107) An ideal gas obeys Boyle's law, Charles's law, and Avogadro's law.

(108) Robert Boyle's most famous work is his book The Sceptical Chymist.

(109) Boyle's experiments with gases were conducted in the 17th century.

(110) Boyle's law explains the relationship between pressure and volume.

Sentence of boyle

(111) Robert Boyle is often credited as the co-discoverer of Boyle's law.

(112) Boyle's law helps explain why a balloon shrinks when it is squeezed.

(113) Boyle's law is a fundamental concept in the study of thermodynamics.

(114) Boyle's law is a fundamental concept in the study of fluid dynamics.

(115) Boyle's law is a valuable tool in the field of chemical engineering.

(116) Robert Boyle's experiments laid the foundation for modern chemistry.

(117) Robert Boyle is often referred to as the father of modern chemistry.

(118) Boyle's contributions to science have been celebrated for centuries.

(119) Boyle's discoveries were a major breakthrough in the study of gases.

(120) Boyle's contributions to science have earned him a place in history.

Boyle used in a sentence

(121) Robert Boyle conducted numerous experiments on the behavior of gases.

(122) The isotherm of a gas can be used to determine its Boyle temperature.

(123) The Boyle surname has connections to various noble families in Europe.

(124) Boyle's law is an important principle in the field of fluid mechanics.

(125) Boyle's Law is a fundamental principle in the study of thermodynamics.

(126) Boyle's Law is a key concept in the study of the properties of matter.

(127) Boyle's findings were eventually accepted by the scientific community.

(128) Boyle's law is one of the fundamental principles in the study of gases.

(129) Boyle's research was instrumental in the development of modern physics.

(130) Boyle's Law is one of the gas laws that describe the behavior of gases.

Boyle sentence in English

(131) Boyle's Law is a mathematical relationship between pressure and volume.

(132) Boyle's experiments with mercury led to the discovery of the barometer.

(133) Boyle's work challenged traditional beliefs about the nature of matter.

(134) The Boyle family has a rich history of philanthropy and charitable work.

(135) Robert Boyle's contributions to science are still highly regarded today.

(136) Boyle's discoveries were a major step forward in the study of chemistry.

(137) Despite his contributions to science, Boyle was also a devout Christian.

(138) Boyle is a name that has variations in spelling across different regions.

(139) Although Boyle was born in Ireland, he spent most of his life in England.

(140) Boyle is a name that is often associated with intelligence and creativity.

(141) Boyle was a brilliant scientist, but he also had a passion for philosophy.

(142) Spenser's Amoretti is a tribute to his love for his wife, Elizabeth Boyle.

(143) Boyle was a brilliant scientist, but he also had a passion for literature.

(144) Boyle is a name that is often associated with resilience and determination.

(145) Robert Boyle's work paved the way for the development of the atomic theory.

(146) Robert Boyle's scientific writings were highly influential during his time.

(147) The virial equation can be used to calculate the Boyle temperature of a gas.

(148) Robert Boyle's scientific discoveries revolutionized the field of chemistry.

(149) Understanding Boyle's law is crucial in fields such as chemistry and physics.

(150) Boyle's law is based on the assumption that the temperature remains constant.

(151) Robert Boyle's legacy as a scientist continues to inspire future generations.

(152) Boyle's experiments with gases led to the development of the modern gas laws.

(153) Boyle's work was instrumental in the development of the Industrial Revolution.

(154) Boyle's research was meticulous, and his attention to detail was unparalleled.

(155) Boyle's research was meticulous, yet his conclusions were often controversial.

(156) Boyle's theories were controversial, but they ultimately proved to be correct.

(157) Boyle's law can be used to explain the behavior of gases in various situations.

(158) Robert Boyle's experiments on the compressibility of gases were groundbreaking.

(159) Boyle's experiments were groundbreaking, and his theories were widely accepted.

(160) Despite his many achievements, Boyle remained humble and dedicated to his work.

(161) The science club organized a field trip to visit the birthplace of Robert Boyle.

(162) Boyle's law is one of the fundamental gas laws studied in physics and chemistry.

(163) The Hollenbeck Police Station serves the Boyle Heights community in Los Angeles.

(164) Boyle's Law is a critical concept for students studying engineering and physics.

(165) Boyle's Law is a fundamental principle in the study of gases and their behavior.

(166) Many books and articles have been written about the history of the Boyle surname.

(167) Robert Boyle's experiments on the behavior of gases were meticulously documented.

(168) Many people with the last name Boyle have achieved great success in their careers.

(169) The university library houses a collection of Robert Boyle's original manuscripts.

(170) Robert Boyle's experiments disproved the Aristotelian theory of the four elements.

(171) Boyle's Law is a simple yet powerful tool for understanding the behavior of gases.

(172) Boyle's law is used in many fields, including chemistry, physics, and engineering.

(173) Boyle's experiments were meticulous, and he was known for his attention to detail.

(174) Boyle's work was rigorous, yet he always maintained a sense of humor and humility.

(175) Boyle's experiments were instrumental in the development of the scientific method.

(176) The museum exhibit showcased the equipment used by Robert Boyle in his experiments.

(177) Robert Boyle's law describes the relationship between pressure and volume of a gas.

(178) The van der Waals equation can be used to calculate the Boyle temperature of a gas.

(179) Understanding Boyle's Law is essential for students studying chemistry and physics.

(180) Boyle's discoveries were widely celebrated, and he was hailed as a hero of science.

(181) Boyle's Law can be used to predict the behavior of gases under different conditions.

(182) Although Boyle was primarily a scientist, he also had a keen interest in philosophy.

(183) The documentary highlighted the groundbreaking experiments conducted by Robert Boyle.

(184) Boyle's law can be experimentally verified by conducting pressure-volume experiments.

(185) Robert Boyle's contributions to the field of chemistry earned him numerous accolades.

(186) Robert Boyle's work on the nature of heat contributed to the field of thermodynamics.

(187) The Anglo-Irish scientist Robert Boyle is considered the founder of modern chemistry.

(188) The critical constants of a substance can be used to calculate its Boyle temperature.

(189) Boyle's experiments on air pressure led to the development of the modern vacuum pump.

(190) Because of Boyle's work, we now have a better understanding of the behavior of gases.

(191) Boyle's experiments were complex, but his explanations were always clear and concise.

(192) The scientific community continues to build upon the foundations laid by Robert Boyle.

(193) Boyle's law is a key concept in understanding the behavior of gases in closed systems.

(194) Boyle's law is applicable to gases at any temperature, as long as it remains constant.

(195) Robert Boyle's scientific discoveries had a profound impact on the field of chemistry.

(196) Boyle's law states that the volume of a gas is inversely proportional to its pressure.

(197) Boyle's discoveries were widely celebrated, and his influence can still be felt today.

(198) According to Boyle's law, if the pressure of a gas increases, its volume will decrease.

(199) According to Boyle's Law, if the volume of a gas decreases, the pressure will increase.

(200) Boyle's research on the nature of heat helped to establish the field of thermodynamics.

(201) The chemistry textbook included a chapter on the principles established by Robert Boyle.

(202) The chemistry professor assigned a project on the life and achievements of Robert Boyle.

(203) Boyle's law is a fundamental concept in the study of thermodynamics and fluid mechanics.

(204) Although Boyle was a wealthy man, he lived a simple life and devoted himself to science.

(205) The Nobel laureate acknowledged the influence of Robert Boyle's work on his own research.

(206) Boyle's law can be used to predict the behavior of gases in various industrial processes.

(207) Boyle's law is an essential principle in the design and operation of gas storage systems.

(208) Boyle's law is often used in the analysis of weather patterns and atmospheric conditions.

(209) Robert Boyle's experiments on the expansion and contraction of gases were groundbreaking.

(210) Boyle's work was rigorous, so it was often difficult for others to replicate his results.

(211) Boyle's law is used in the calibration of pressure gauges and other measuring instruments.

(212) Boyle's law is used in the manufacturing of aerosol cans and other pressurized containers.

(213) Robert Boyle's research on the properties of gases led to the development of the gas laws.

(214) Boyle's work was not without its flaws, but his contributions to science cannot be denied.

(215) Boyle's research on the properties of air paved the way for the invention of the airplane.

(216) Boyle's theories were often met with skepticism, yet he remained steadfast in his beliefs.

(217) The scientific community recognizes Robert Boyle as one of the pioneers of modern chemistry.

(218) The science museum dedicated an entire exhibit to the experiments conducted by Robert Boyle.

(219) The textbook explained the significance of Robert Boyle's law in understanding gas behavior.

(220) The research paper analyzed the theories proposed by Robert Boyle in his scientific writings.

(221) Boyle's law is closely related to the ideal gas law, which incorporates additional variables.

(222) Robert Boyle's research on the properties of liquids expanded our knowledge of their behavior.

(223) Boyle's Law is based on the observation that gases behave differently than solids and liquids.

(224) The research team conducted experiments to validate the principles established by Robert Boyle.

(225) The documentary series explored the impact of Robert Boyle's work on the Industrial Revolution.

(226) Understanding Boyle's law is crucial for comprehending the behavior of gases in closed systems.

(227) Boyle's Law states that the product of pressure and volume is constant for a given mass of gas.

(228) Boyle's Law is often used in the design of gas storage tanks and other industrial applications.

(229) The chemistry lab replicated some of Robert Boyle's famous experiments for educational purposes.

(230) Boyle's law is based on the assumption that the temperature remains constant during the process.

(231) Robert Boyle's experiments on combustion helped advance our understanding of chemical reactions.

(232) Robert Boyle's work on the nature of chemical elements laid the foundation for modern chemistry.

(233) Robert Boyle's experiments on the behavior of gases led to the development of the ideal gas law.

(234) Boyle's experiments were groundbreaking, and his theories revolutionized the field of chemistry.

(235) Boyle's law is used in the design of medical devices such as ventilators and anesthesia machines.

(236) Robert Boyle's work on the behavior of gases laid the foundation for the kinetic theory of gases.

(237) Boyle's work on the properties of gases laid the foundation for the study of atmospheric science.

(238) Boyle was a brilliant scientist, but he struggled with depression, which often hindered his work.

(239) Boyle's law is often used in scuba diving to understand the behavior of gases at different depths.

(240) Robert Boyle's experiments on the properties of air were crucial in understanding its composition.

(241) The relationship described by Boyle's law is often observed in real-life scenarios involving gases.

(242) Boyle's law is applicable to gases at any temperature, as long as the temperature remains constant.

(243) Boyle's law is named after the Irish scientist Robert Boyle, who discovered it in the 17th century.

(244) Boyle, who is a renowned chemist, discovered the relationship between pressure and volume in gases.

(245) Although Boyle's law is widely accepted, there are still some scientists who question its validity.

(246) The biography delved into the personal struggles faced by Robert Boyle during his scientific career.

(247) The chemistry professor encouraged students to read Robert Boyle's original writings for inspiration.

(248) Boyle's law is a fundamental concept in the field of gas dynamics, which studies the motion of gases.

(249) Boyle's work was highly respected, and he was regarded as one of the greatest scientists of his time.

(250) The science fair project aimed to replicate one of Robert Boyle's experiments and analyze the results.

(251) Boyle's law is named after the Irish scientist Robert Boyle, who discovered this fundamental principle.

(252) Boyle's law is a valuable tool for engineers and scientists working with gases in various applications.

(253) The application of Boyle's law is essential in the design and operation of various gas-related systems.

(254) Boyle's law is applicable to both ideal and real gases, although some deviations may occur in real gases.

(255) Boyle's law is often used in the field of medicine to understand the behavior of gases in the human body.

(256) Robert Boyle's experiments with a vacuum pump were instrumental in understanding the concept of pressure.

(257) Geber's contributions to the field of chemistry were recognized by later scientists such as Robert Boyle.

(258) Boyle's law is a cornerstone of the ideal gas law, which combines several gas laws into a single equation.

(259) Boyle's law is a simple yet powerful tool for understanding the behavior of gases in different conditions.

(260) Boyle's law is widely taught in schools and universities as a fundamental concept in the study of physics.

(261) Boyle's law is often used in the field of meteorology to explain the behavior of gases in weather systems.

(262) Boyle's law is a simple yet powerful tool for predicting the behavior of gases under different conditions.

(263) Boyle's Law is used to explain the behavior of gases in everyday life, such as the inflation of a balloon.

(264) The scientific journal published an article exploring the legacy of Robert Boyle in the field of chemistry.

(265) The scientific conference featured a panel discussion on the enduring relevance of Robert Boyle's theories.

(266) Boyle's law is often used in scuba diving to calculate the amount of air needed for a given depth and time.

(267) The chemistry lecture covered the fundamental concepts introduced by Robert Boyle in his scientific studies.

(268) Boyle's experiments were often controversial, but his dedication to the pursuit of knowledge was unwavering.

(269) The principles of Boyle's law can also be applied to the study of weather patterns and atmospheric pressure.

(270) Boyle's work was not just about discovering new knowledge, but also about sharing that knowledge with others.

(271) Despite the challenges he faced, Boyle persevered and made significant contributions to the field of science.

(272) Boyle's work was influential in the field of chemistry, yet his contributions to physics are often overlooked.

(273) The documentary filmmaker interviewed experts to shed light on the lesser-known aspects of Robert Boyle's life.

(274) Boyle's law is often used in scuba diving to explain the changes in volume and pressure experienced underwater.

(275) The biography highlighted the friendships and collaborations Robert Boyle had with other scientists of his time.

(276) Boyle's law can be mathematically expressed as P1V1 = P2V2, where P represents pressure and V represents volume.

(277) Boyle's research was groundbreaking, and it paved the way for many future discoveries in the field of chemistry.

(278) Boyle's law is a fundamental principle in the study of thermodynamics, which deals with energy and heat transfer.

(279) Boyle's law is often used in the field of chemistry to understand the behavior of gases during chemical reactions.

(280) Boyle's law is a testament to the scientific contributions of Robert Boyle and his impact on the field of physics.

(281) Boyle's theories were not just abstract concepts, but were grounded in empirical evidence and careful observation.

(282) Boyle's contributions to science were immense, and his legacy continues to inspire new generations of researchers.

(283) Boyle's experiments were often dangerous, so he took great care to ensure the safety of himself and his colleagues.

(284) Boyle's experiments were often dangerous, yet he was willing to take risks in order to advance scientific knowledge.

(285) Boyle's law is an essential principle in the field of aerodynamics, which studies the motion of gases around objects.

(286) Boyle's law states that the volume of a gas is inversely proportional to its pressure, assuming constant temperature.

(287) Boyle's research was not just about advancing science, but also about improving the lives of people around the world.

(288) Robert Boyle was a codiscoverer of Boyle's law, which describes the relationship between pressure and volume of a gas.

(289) Boyle's law is closely related to the concept of compressibility, as it describes the behavior of gases under pressure.

(290) Boyle's law is a key concept in the study of fluid mechanics, which encompasses the behavior of both liquids and gases.

(291) Boyle's law is a valuable tool for scuba divers to calculate the changes in gas volume and pressure at different depths.

(292) The corpuscularian theory of matter was influenced by the work of early scientists such as Robert Boyle and Isaac Newton.

(293) The experiment that Boyle conducted in 1662 proved that air has weight, which was a groundbreaking discovery at the time.

(294) Boyle's contribution to the field of chemistry cannot be overstated, as his work laid the foundation for modern gas laws.

(295) Boyle's law is a fundamental concept in the study of fluid dynamics, which examines the motion of fluids, including gases.

(296) Boyle's experiments were not just about proving a hypothesis, but also about exploring the mysteries of the natural world.

(297) Boyle's theories were not just about explaining phenomena, but also about inspiring new questions and avenues of research.

(298) Boyle was a brilliant scientist, but he struggled with depression when his experiments failed to yield the desired results.

(299) Although Boyle's law is relatively simple, its implications have had a profound impact on the field of chemistry and beyond.

(300) Boyle's discoveries revolutionized the scientific community, and his legacy continues to inspire new generations of scientists.

(301) Boyle's research was not limited to chemistry, as he also made significant contributions to the fields of physics and medicine.

(302) Boyle's work was not just about achieving personal fame or recognition, but about contributing to the greater good of humanity.

(303) Boyle's theories were ahead of their time, and it took years for the scientific community to fully appreciate their significance.

(304) Boyle's theories were not universally accepted, but his persistence and dedication eventually led to their widespread recognition.

(305) Boyle's experiments with vacuum pumps led to the development of the modern air pump, which is used in a variety of industries today.

(306) Boyle's legacy is not just in his scientific achievements, but also in his advocacy for ethical and responsible scientific practices.

(307) Boyle's experiments with gases led to the development of the modern air pump, which is still used today in many scientific applications.

(308) Although Boyle was a devout Christian, he believed that science and religion could coexist and even complement each other in certain ways.

(309) Despite facing criticism from his peers, Boyle continued to pursue his research and made significant advancements in the field of chemistry.

(310) Boyle's experiments were often met with skepticism, but his rigorous methodology and attention to detail earned him the respect of his peers.

(311) Boyle's law is an important principle in the field of atmospheric science, helping to explain the behavior of gases in the Earth's atmosphere.

(312) Boyle's experiments were not always successful, but he learned from his failures and continued to push the boundaries of scientific knowledge.

(313) Despite facing numerous obstacles throughout his career, Boyle remained committed to his research and never gave up on his quest for knowledge.

(314) Boyle's work on the properties of gases paved the way for the development of the steam engine, which revolutionized transportation and industry.

(315) Boyle's meticulous attention to detail and rigorous scientific methodology set the standard for future generations of researchers and scientists.

(316) Although Boyle was born into a wealthy family, he dedicated his life to scientific research, and his discoveries revolutionized the field of chemistry.

(317) Although Boyle was born into a wealthy family, he dedicated his life to scientific research and made significant contributions to the field of chemistry.

(318) Despite facing criticism from his peers, Boyle remained committed to his research, and his perseverance paid off with numerous groundbreaking discoveries.

(319) Despite facing criticism and skepticism from his peers, Boyle remained steadfast in his pursuit of scientific truth and refused to compromise his principles.

(320) Although Boyle was a devout Christian, he believed that science and religion could coexist, and he saw his work as a way to better understand God's creation.

(321) Boyle's work on the properties of gases laid the foundation for the development of the ideal gas law, which is still used to this day in many scientific fields.

(322) Boyle's experiments with vacuum pumps led to the discovery of the concept of atmospheric pressure, which is now a fundamental principle in the study of physics.

(323) Boyle's work on the nature of matter and the behavior of atoms laid the foundation for modern chemistry and helped to establish it as a legitimate scientific discipline.

(324) Boyle's research on the behavior of gases at different temperatures and pressures paved the way for the development of modern refrigeration and air conditioning systems.

(325) Boyle's groundbreaking work on the properties of gases paved the way for modern advancements in the field of physics, and his legacy continues to inspire scientists today.

(326) Although Boyle's work was often misunderstood and underappreciated during his lifetime, his legacy lives on through the countless scientists who have built upon his discoveries.

(327) Despite facing numerous setbacks and challenges throughout his career, Boyle remained dedicated to his work and continued to make important contributions to the field of chemistry.

(328) Although Boyle's life was marked by personal tragedy and loss, his contributions to science and his enduring legacy continue to inspire and inform our understanding of the natural world.

(329) Boyle's experiments with air pressure and vacuum technology revolutionized the way we understand the physical world, and his discoveries continue to shape our understanding of the universe.

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