Pascal in a sentence

(1) The metric unit of pressure is the pascal.

(2) The physical unit of pressure is the pascal.

(3) Pascal is another popular procedural language.

(4) Pascal is known for its simplicity and readability.

(5) I find Pascal to be a great language for beginners.

(6) Pascal is another example of a procedural language.

(7) I used Pascal to create a simple calculator program.

(8) I am impressed by the efficiency of Pascal programs.

(9) Pascal's law is applicable to both liquids and gases.

(10) The binomial coefficient is used in Pascal's triangle.

Pascal sentence

(11) Pappus' theorem is a special case of Pascal's theorem.

(12) The pascal is the physical unit for measuring pressure.

(13) The standard of measurement for pressure is the pascal.

(14) The base-unit of measurement for pressure is the pascal.

(15) Pascal's law is a fundamental concept in fluid mechanics.

(16) Blaise Pascal was a French mathematician and philosopher.

(17) I enjoy the structured approach of programming in Pascal.

(18) I am considering using Pascal for my next personal project.

(19) Pascal is a programming language developed by Niklaus Wirth.

(20) I am currently learning Pascal in my computer science class.

Pascal make sentence

(21) The operation of a hydraulic press is based on Pascal's law.

(22) The functioning of a hydraulic jack is based on Pascal's law.

(23) Pascal's law is a cornerstone in the study of fluid dynamics.

(24) The Pascal programming language was named after Blaise Pascal.

(25) Pascal's wager has been debated by philosophers for centuries.

(26) Pascal's Wager is a philosophical argument about belief in God.

(27) I find the syntax of Pascal to be clean and easy to understand.

(28) I am confident in my ability to write efficient code in Pascal.

(29) Blaise Pascal is best known for his work on probability theory.

(30) The fundamental unit of measurement for pressure is the pascal.

Sentence of pascal

(31) Pascal's law is applicable to both stationary and moving fluids.

(32) Pascal is often used in scientific and engineering applications.

(33) The international standard for measuring pressure is the Pascal.

(34) Pascal's triangle is a valuable tool in algebraic manipulations.

(35) Blaise Pascal's Pascal's Principle is used in hydraulic systems.

(36) Pascal's law is based on the fact that fluids are incompressible.

(37) Blaise Pascal's mathematical genius was evident from a young age.

(38) I appreciate the strong community support for Pascal programming.

(39) Pascal's law of refraction is fundamental to the study of optics.

(40) The unit of pressure for a pascal is one newton per square meter.

Pascal meaningful sentence

(41) I find Pascal to be a versatile language for various applications.

(42) Pascal's principle is used in hydraulic systems to multiply force.

(43) The binomial theorem is based on the concept of Pascal's triangle.

(44) Blaise Pascal's Pascaline was a precursor to modern-day computers.

(45) Pascal's law is a cornerstone of modern engineering and technology.

(46) I am currently working on a project that requires me to use Pascal.

(47) Viscosities are often measured in units of poise or pascal-seconds.

(48) Pascal's principle is utilized in the operation of hydraulic lifts.

(49) Pascal's law is the fundamental principle behind hydraulic systems.

(50) Pascal's law is used in the design of hydraulic lifts and elevators.

Pascal sentence examples

(51) Pascal's law is used in the design of hydraulic systems in aircraft.

(52) Pascal's law is fundamental in understanding the behavior of fluids.

(53) Algol has influenced the development of languages like Pascal and C.

(54) The binomial theorem is named after the mathematician Blaise Pascal.

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

(56) The kilopascal is named after the French mathematician Blaise Pascal.

(57) My friend recommended me to try coding in Pascal for my next project.

(58) Pascal's law of hydrostatics explains the behavior of fluids at rest.

(59) Blaise Pascal was a French mathematician, physicist, and philosopher.

(60) Pascal's law is used in the design of hydraulic brakes in automobiles.

Sentence with pascal

(61) Pascal's law is used in the design of hydraulic actuators in robotics.

(62) Pascal's triangle is a mathematical concept named after Blaise Pascal.

(63) Pascal's triangle is a useful tool in combinatorics and number theory.

(64) Pascal's triangle is a visual representation of binomial coefficients.

(65) The works of Blaise Pascal greatly influenced the field of mathematics.

(66) Blaise Pascal's most famous work is his treatise on probability theory.

(67) The concept of Pascal's law is crucial in the field of fluid mechanics.

(68) The origin of the first calculator can be traced back to Blaise Pascal.

(69) Pascal's triangle is named after the French mathematician Blaise Pascal.

(70) The sensitivity of this microphone is in the microvolt per pascal range.

Use pascal in a sentence

(71) Blaise Pascal's intellect and curiosity made him a true Renaissance man.

(72) Pascal's principle is used in the design of hydraulic brakes in vehicles.

(73) Pascal's law of refraction is essential in the study of optics and light.

(74) The concept of Pascal's law is taught in physics and engineering courses.

(75) The naming convention for classes in this framework is to use Pascal case.

(76) The calculating machine was invented in the 17th century by Blaise Pascal.

(77) Blaise Pascal's Pascal's Principle is widely applied in hydraulic systems.

(78) Algol influenced the design of programming languages such as Pascal and C.

(79) Pascal's law is a principle that has been known and utilized for centuries.

(80) Pascal is often used in educational settings to teach programming concepts.

Sentence using pascal

(81) Pascal's triangle is a useful tool in combinatorics and probability theory.

(82) Blaise Pascal's Pascal's Law is a fundamental principle in fluid mechanics.

(83) Blaise Pascal's Pascal's Theorem is a key concept in the field of geometry.

(84) The principle of Pascal's law is used in the operation of hydraulic cranes.

(85) Pascal's law explains why a hydraulic jack can lift heavy objects with ease.

(86) Pascal's law is a concept that is taught in physics and engineering courses.

(87) Pascal is a procedural language that was widely used in the 1970s and 1980s.

(88) The kilopascal is derived from the pascal, which is the SI unit of pressure.

(89) Blaise Pascal's writings on theology and philosophy were deeply influential.

(90) Pascal's law is the foundation of hydrostatics, the study of fluids at rest.

Pascal example sentence

(91) Pascal is named after the French mathematician and philosopher Blaise Pascal.

(92) The base unit of pressure in the International System of Units is the pascal.

(93) Blaise Pascal's contributions to mathematics and physics were groundbreaking.

(94) Pascal's law is often used in the design and construction of water fountains.

(95) Blaise Pascal's Pascaline revolutionized the way calculations were performed.

(96) Blaise Pascal's work on conic sections greatly advanced the study of geometry.

(97) It is important to know how to convert watt into pascal-seconds for viscosity.

(98) Pascal's principle allows for the amplification of force in hydraulic systems.

(99) Blaise Pascal's Pascal's Wager presents a rational argument for belief in God.

(100) Pascal's law is the basis for the functioning of hydraulic brakes in bicycles.

Sentence with word pascal

(101) Blaise Pascal's philosophical writings explored the nature of human existence.

(102) Structured programming languages like C and Pascal follow a top-down approach.

(103) I am excited to explore the various libraries available for Pascal programming.

(104) Pascal's triangle can be used to find the coefficients of a binomial expansion.

(105) Blaise Pascal's Pascal's Wager is a philosophical argument about belief in God.

(106) Blaise Pascal's philosophical ideas had a profound impact on religious thought.

(107) Blaise Pascal's legacy as a mathematician and physicist is still revered today.

(108) The recursion formula allows for the efficient computation of Pascal's triangle.

(109) The coefficients of the binomial expansion can be found using Pascal's triangle.

(110) Blaise Pascal's Pascal's Triangle is a mathematical concept still studied today.

Sentence of pascal

(111) Blaise Pascal's philosophical works delved into the concept of faith and reason.

(112) Blaise Pascal's philosophical writings continue to be studied and debated today.

(113) Pascal's law is named after the French mathematician and physicist Blaise Pascal.

(114) Blaise Pascal's Pascal's Theorem is a fundamental concept in projective geometry.

(115) Blaise Pascal's Pascal's Law of Partial Pressures explains the behavior of gases.

(116) Blaise Pascal's mathematical discoveries revolutionized the field of mathematics.

(117) Understanding Pascal's law is crucial for engineers designing hydraulic machinery.

(118) Pascal's wager considers the potential consequences of belief or disbelief in God.

(119) Blaise Pascal's invention of the mechanical calculator revolutionized computation.

(120) The concept of Pascal's law is used in the design of hydraulic lifts in buildings.

Pascal used in a sentence

(121) Pascal's law is a key principle in understanding the behavior of gases and liquids.

(122) Pascal's law is essential for understanding the functioning of hydraulic cylinders.

(123) Pascal's law is used in the design of hydraulic power steering systems in vehicles.

(124) Blaise Pascal's religious writings are highly regarded for their depth and insight.

(125) Pascal's triangle is a fascinating mathematical pattern with numerous applications.

(126) The company's CEO, Jean-Pascal Tricoire, has been with Schneider for over 30 years.

(127) Pascal's law is used in the design of hydraulic presses for manufacturing processes.

(128) The principle of Pascal's law is used in the design of hydraulic brakes in vehicles.

(129) Pascal's law is the basis for the operation of hydraulic systems in heavy machinery.

(130) Blaise Pascal's insights into the human condition continue to resonate with readers.

Pascal sentence in English

(131) Blaise Pascal's mathematical genius was recognized and admired by his contemporaries.

(132) Pascal's wager raises important questions about the nature of belief and rationality.

(133) Blaise Pascal's Pascal's Principle is widely used in the design of hydraulic systems.

(134) Blaise Pascal's Pascaline was a groundbreaking invention in the field of mathematics.

(135) Pascal's law states that pressure is transmitted equally in all directions in a fluid.

(136) Blaise Pascal's Pascal's Law of Pressure is a fundamental principle in fluid dynamics.

(137) Blaise Pascal's Pascal's Triangle is a mathematical tool used in various calculations.

(138) Blaise Pascal made significant contributions to the development of probability theory.

(139) Blaise Pascal's Pascaline was one of the earliest mechanical calculators ever created.

(140) Blaise Pascal's Pascaline was designed to help with complex mathematical calculations.

(141) Blaise Pascal's scientific experiments and observations advanced the field of physics.

(142) I am grateful for the resources available online to learn and improve my Pascal skills.

(143) Structured programming languages, such as C and Pascal, gained popularity in the 1970s.

(144) Many people consider Blaise Pascal to be one of the greatest mathematicians of all time.

(145) Blaise Pascal's Pascal's Law of Fluid Pressure is used in many engineering applications.

(146) Blaise Pascal's Pascaline paved the way for future advancements in computing technology.

(147) Blaise Pascal's mathematical theories laid the foundation for modern probability theory.

(148) Blaise Pascal's mathematical works continue to be studied and applied in various fields.

(149) Blaise Pascal's Pascal's Law of Pressure explains how pressure is transmitted in a fluid.

(150) Pascal's law is the reason why a small hole in a water pipe can cause a significant leak.

(151) Pascal's law is essential in understanding the mechanics of hydraulic brakes in vehicles.

(152) Blaise Pascal's Pascal's Triangle is a mathematical pattern that has various applications.

(153) The concept of Pascal's law is essential in the study of fluid statics and fluid dynamics.

(154) Blaise Pascal's work on the theory of numbers laid the foundation for modern number theory.

(155) Pascal's law of hydrostatics is applicable to the behavior of fluids in various situations.

(156) Pascal's law of hydrostatics is applicable to various real-life scenarios involving fluids.

(157) Blaise Pascal's Pascal's Law of Fluid Pressure is crucial in understanding fluid mechanics.

(158) Pascal's law is the foundation for understanding the behavior of fluids in a closed system.

(159) Blaise Pascal's most famous work is his treatise on the mathematical theory of probability.

(160) Blaise Pascal's experiments with atmospheric pressure led to the invention of the barometer.

(161) Blaise Pascal is known for his invention of the mechanical calculator, called the Pascaline.

(162) Blaise Pascal's scientific contributions were recognized and celebrated during his lifetime.

(163) Blaise Pascal's work continues to inspire and influence scholars across various disciplines.

(164) Blaise Pascal's Pascal's Law of Partial Pressures explains the behavior of gases in mixtures.

(165) The invention of hydraulic systems revolutionized various industries, thanks to Pascal's law.

(166) The viscometer's measurements are typically reported in units of centipoise or pascal-seconds.

(167) The viscometer's results are displayed in various units, such as centipoise or pascal-seconds.

(168) Blaise Pascal's invention of the mechanical calculator revolutionized the field of mathematics.

(169) The viscosity of a liquid can be measured using different units such as poise or pascal-second.

(170) Pascal's law of refraction describes how light bends when it passes from one medium to another.

(171) Pascal's law of hydrostatics is crucial in understanding the behavior of fluids in equilibrium.

(172) Blaise Pascal's Pascal's Wager is a thought-provoking argument about belief in God's existence.

(173) Pascal's law is a fundamental principle in understanding the behavior of fluids under pressure.

(174) Pascal's law is the basis for the operation of hydraulic power steering systems in automobiles.

(175) Pascal's law is a fundamental principle that governs the behavior of fluids in a confined space.

(176) The hydraulic lift operates based on Pascal's law, allowing heavy objects to be lifted with ease.

(177) Pascal's triangle can be extended infinitely by continuing the pattern of adding adjacent numbers.

(178) Pascal's law of refraction explains the bending of light when it passes through different mediums.

(179) Blaise Pascal's impact on the fields of mathematics, physics, and philosophy cannot be overstated.

(180) The concept of Pascal's law is crucial in understanding the behavior of fluids in pipes and tubes.

(181) Pascal's law is the underlying principle behind the operation of hydraulic elevators in buildings.

(182) Pascal's law is crucial in the field of engineering, particularly in the design of pressure vessels.

(183) A unit of pressure is a specific amount of force per area, like a pascal or a pound per square inch.

(184) Pascal's law is the reason why a small force applied to a syringe can generate a high-pressure output.

(185) The principle of Pascal's law is used in brake systems to amplify the force applied to the brake pedal.

(186) Blaise Pascal's scientific experiments with atmospheric pressure led to the invention of the barometer.

(187) Blaise Pascal's philosophical arguments challenged conventional wisdom and sparked intellectual debate.

(188) Blaise Pascal's writings on the existence of God continue to be debated by theologians and philosophers.

(189) Pascal's law is the basis for the operation of hydraulic clamps used in various industrial applications.

(190) Blaise Pascal's early death at the age of 39 was a great loss to the world of mathematics and philosophy.

(191) Blaise Pascal's philosophical writings explore themes of human nature and the search for meaning in life.

(192) Blaise Pascal's experiments with vacuums and pressure helped establish the principles of fluid mechanics.

(193) Pascal's law is crucial in the design and operation of hydraulic presses used in manufacturing processes.

(194) The binomial coefficient was first studied by the French mathematician Blaise Pascal in the 17th century.

(195) The concept of probability theory was first introduced by mathematician Blaise Pascal in the 17th century.

(196) Blaise Pascal's writings on the nature of faith and reason continue to be studied and debated by scholars.

(197) The principle of Pascal's law is used in the design of water dams to ensure even distribution of pressure.

(198) The concept of Pascal's law is taught in physics classes to explain the behavior of fluids under pressure.

(199) Pascal's law explains why a small force applied to a small area can generate a large force on a larger area.

(200) The principle of Pascal's law is used in the construction of water towers to ensure even water distribution.

(201) The concept of Pascal's law is utilized in the construction of hydraulic cylinders for various applications.

(202) Pascal's law is the reason why water can be easily distributed to different floors in a multi-story building.

(203) The functioning of hydraulic jacks is based on Pascal's law, enabling the lifting of heavy loads effortlessly.

(204) Pascal's law is applicable not only to liquids but also to gases, as long as they are enclosed in a container.

(205) Pascal's law is the reason why a small force applied to a small area can create a large force on a larger area.

(206) Blaise Pascal's insights into the nature of human suffering and the existence of evil are still relevant today.

(207) Blaise Pascal's Pascal's Wager argument is often used in discussions about the rationality of religious belief.

(208) Pascal's law is essential in understanding how blood pressure is distributed throughout the circulatory system.

(209) The concept of Pascal's law is employed in the design of hydraulic dams, ensuring the controlled flow of water.

(210) Blaise Pascal's work on the arithmetic triangle has applications in number theory and combinatorial mathematics.

(211) The braking system in a car relies on Pascal's law to transmit the force from the brake pedal to the brake pads.

(212) Pascal's law is the reason why a small force applied to a small piston can lift a heavy load on a larger piston.

(213) Pascal's law is the reason why a small force applied to a small area can generate a large force on a larger area.

(214) Pascal's law states that pressure applied to a fluid in a confined space is transmitted equally in all directions.

(215) Pascal's law can be demonstrated by squeezing a closed water bottle and observing how the pressure is distributed.

(216) Pascal's law is the reason why a small force applied to a small area can create a large pressure on a larger area.

(217) Blaise Pascal's contributions to the study of fluids and pressure laid the foundation for modern hydraulic systems.

(218) Blaise Pascal's work on the cycloid curve was groundbreaking and paved the way for further advancements in calculus.

(219) Blaise Pascal's famous quote, The heart has its reasons which reason knows not, reflects his philosophical thinking.

(220) Blaise Pascal's legacy as a mathematician and philosopher continues to inspire and influence generations of scholars.

(221) Blaise Pascal's contributions to the field of probability theory have had a lasting impact on the world of statistics.

(222) Blaise Pascal's Pascal's Triangle is a mathematical pattern that has numerous applications in algebra and combinatorics.

(223) The functioning of hydraulic steering systems in boats and ships is based on Pascal's law, ensuring easy maneuverability.

(224) The functioning of hydraulic shock absorbers in vehicles is based on Pascal's law, providing a smooth and comfortable ride.

(225) Pascal's law is the reason why a small force applied to a hydraulic system can be amplified to perform heavy lifting tasks.

(226) Pascal's law is the reason why a small leak in a hydraulic system can cause a loss of pressure throughout the entire system.

(227) Pascal's law is the foundation of modern hydraulic engineering, enabling the construction of efficient and powerful systems.

(228) Blaise Pascal's mathematical discoveries were ahead of his time and laid the groundwork for future developments in the field.

(229) The principle of Pascal's law is utilized in the construction of hydraulic robots, enabling precise and controlled movements.

(230) Blaise Pascal's contributions to the study of probability have practical applications in fields such as finance and insurance.

(231) Blaise Pascal's Wager argument is a famous philosophical thought experiment that considers the rationality of believing in God.

(232) The concept of Pascal's law is crucial in understanding the behavior of fluids in hydraulic fracturing, or fracking, operations.

(233) Pascal's law is the reason why a small force applied to one end of a hydraulic system can produce a large force at the other end.

(234) Pascal's law is the fundamental principle behind the operation of hydraulic actuators, allowing for precise control and movement.

(235) The principle of Pascal's law is utilized in the design of hydraulic brakes, ensuring efficient and reliable stopping power in vehicles.

(236) The kilopascal is named after the French mathematician Blaise Pascal, who made significant contributions to the study of fluid mechanics.

(237) Pascal's law is often summarized as pressure exerted anywhere in a confined incompressible fluid is transmitted equally in all directions.

(238) According to Pascal's law, a change in pressure at any point in an enclosed fluid is transmitted undiminished to all portions of the fluid.

(239) The principle of Pascal's law is employed in the operation of hydraulic cranes, allowing for precise lifting and positioning of heavy objects.

(240) Blaise Pascal's correspondence with other intellectuals of his time provides valuable insights into the intellectual climate of the 17th century.

(241) Pascal's triangle is a mathematical pattern that starts with a 1 at the top and each subsequent number is the sum of the two numbers directly above it.

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