"Pascal" Example Sentences
1. Blaise Pascal was a notable French mathematician and physicist.
2. The pascal unit is used to measure pressure in the International System of Units.
3. Pascal’s law states that a change in pressure at any point in an enclosed fluid is transmitted equally throughout the fluid.
4. I find Pascal’s Wager to be a compelling argument for believing in God.
5. The programming language Pascal is named after the mathematician Blaise Pascal.
6. The Pascal Triangle is a mathematical concept used in probability and statistics.
7. Pascal’s Pensées is a collection of his philosophical thoughts that were published posthumously.
8. The pascal is defined as one newton per square meter.
9. Pascal’s law has numerous applications, including hydraulic lifts and dams.
10. Pascal’s triangle can be used to calculate the coefficients of a binomial expansion.
11. Pascal was one of the early pioneers of probability theory, contributing to the development of the concept of expected value.
12. The Pascaline was one of the earliest mechanical calculators invented by Pascal.
13. Pascal’s law is also applicable to the mechanics of the human circulatory system.
14. The programming language Pascal was developed in the late 1960s and early 1970s.
15. Pascal invented the hydraulic press, which uses Pascal’s law to exert a large force with a small input force.
16. Pascal was also a writer and philosopher, and his works have been translated into many languages.
17. The Pascaline consisted of a series of wheels and gears that could perform basic arithmetic calculations.
18. Pascal’s theorem is a geometric principle that states that a hexagon inscribed in a conic section will have three pairs of opposite sides that meet at collinear points.
19. Pascal’s law is essential to the function of modern hydraulic systems, used in everything from heavy machinery to airplane landing gear.
20. Pascal’s Pensées were intended to be a systematic defense of Christianity, but Pascal died before completing the work.
21. The pascal is named after Blaise Pascal, who made significant contributions to the field of mathematics and physics.
22. Pascal’s principle is used in applications such as hydraulic brakes and jacks.
23. Pascal’s law is applicable to both liquids and gases, as long as they are contained in a closed system.
24. Pascal was also a prolific inventor, developing a number of other novel devices in addition to the Pascaline and the hydraulic press.
25. Pascal’s Wager argues that it is better to believe in God even if there is uncertainty about his existence, because the potential reward of eternal salvation outweighs the potential risk of damnation.
26. Pascal was a contemporary of other famous French luminaries such as Descartes and Molière.
27. Pascal’s Pensées is considered a masterpiece of French prose, even though it was never completed to his satisfaction.
28. The Pascal programming language was used extensively in computer science education in the 1970s and 1980s.
29. Pascal’s triangle has numerous applications in mathematical fields such as probability, combinatorics, and algebra.
30. Pascal’s work on probability was groundbreaking at the time, and paved the way for later developments in the field by mathematicians such as Laplace and Bernoulli.
Common Phases
not use punctuation marks unless necessary.
1.
Pascal is a high-level programming language;
2.
Pascal was designed in the late 1960s;
3.
Pascal is named after the French mathematician and philosopher Blaise
Pascal;
4.
Pascal was initially developed for educational purposes;
5.
Pascal is widely used for scientific and engineering applications;
6.
Pascal is known for its strong type checking and standard libraries;
7.
Pascal is compiled, rather than interpreted;
8.
Pascal is used in many operating systems, including Windows and macOS;
9.
Pascal is also used in embedded systems and microcontrollers;
10.
Pascal is often taught in introductory computer science courses.