Torricelli in a sentence
(1) Torricelli's principle explains how a siphon works.
(2) Torricelli was an Italian physicist and mathematician.
(3) Torricelli's law is applicable to both liquids and gases.
(4) The torr measurement is named after Evangelista Torricelli.
(5) Torricelli's law is used in the design of nozzles and jets.
(6) Torricelli was a famous Italian physicist and mathematician.
(7) The Torricelli point is the center of gravity of a triangle.
(8) The Torricelli family has a long history in the town of Faenza.
(9) Torricelli's work laid the foundation for modern hydrodynamics.
(10) The torr scale is named after the Italian physicist Torricelli.
Torricelli sentence
(11) Torricelli's theorem is a special case of Bernoulli's equation.
(12) Torricelli's theorem is a fundamental concept in fluid dynamics.
(13) Torricelli's law of efflux is derived from Bernoulli's equation.
(14) The Torricelli trumpet is a brass instrument with a unique shape.
(15) Torricelli's contributions to mathematics are still studied today.
(16) Torricelli's discoveries in fluid dynamics were ahead of his time.
(17) The Torricelli point is an important concept in triangle geometry.
(18) Torricelli's law is derived from the principles of fluid dynamics.
(19) Torricelli's principle is used in the design of hydraulic systems.
(20) Torricelli's law describes the flow of liquid through a small hole.
Torricelli make sentence
(21) Torricelli's theorem is a fundamental principle in fluid mechanics.
(22) I am currently reading a biography about Torricelli's life and work.
(23) Torricelli's theorem is often used in fluid dynamics and hydraulics.
(24) Torricelli's equation can be solved using various numerical methods.
(25) The Torricelli theorem is a fundamental concept in integral calculus.
(26) The Torricelli point is also known as the Fermat point in mathematics.
(27) Torricelli's law can be used to calculate the velocity of a fluid jet.
(28) Torricelli's experiments with atmospheric pressure were groundbreaking.
(29) Torricelli's theorem is based on the principle of conservation of mass.
(30) The Torricelli equation is used to calculate the velocity of fluid flow.
Sentence of torricelli
(31) Torricelli's theorem is often used in hydrodynamics and fluid mechanics.
(32) The Torricelli trumpet is a musical instrument named after the physicist.
(33) The Torricelli point is an important concept in geometry and trigonometry.
(34) Torricelli's theorem can be used to determine the velocity of a fluid jet.
(35) Torricelli's principle is based on the equilibrium of pressure in a fluid.
(36) Torricelli's discovery of the barometer revolutionized weather forecasting.
(37) Torricelli's equation describes the motion of a fluid in a pipe or channel.
(38) Torricelli's law is applicable to both steady and unsteady flow conditions.
(39) Torricelli's law is a fundamental principle in the study of fluid dynamics.
(40) Torricelli's experiments with pressure led to the invention of the barometer.
Torricelli meaningful sentence
(41) Torricelli's work on projectile motion influenced the development of calculus.
(42) Torricelli's law is applicable to both compressible and incompressible fluids.
(43) The Torricelli point is an important concept in the study of triangle centers.
(44) The Torricelli equation can be used to calculate the speed of a falling object.
(45) The Torricelli vacuum experiment demonstrated the power of atmospheric pressure.
(46) Evangelista Torricelli is best known for his invention of the mercury barometer.
(47) The Torricelli theorem relates the volume of a solid to its cross-sectional area.
(48) Torricelli's contributions to mathematics and physics are still celebrated today.
(49) Torricelli's experiments with gases paved the way for the study of thermodynamics.
(50) The Torricelli point is the point in a triangle where the three cevians intersect.
Torricelli sentence examples
(51) Torricelli's law of efflux is derived from the principle of conservation of energy.
(52) Torricelli's experiment with a vacuum led to the discovery of atmospheric pressure.
(53) The Torricelli point is the point of concurrency of the three medians of a triangle.
(54) Torricelli's experiments with vacuums challenged the prevailing beliefs of his time.
(55) The Torricelli vacuum experiment is a classic demonstration of atmospheric pressure.
(56) The Torricelli point is also known as the Fermat point or the first isogonic center.
(57) The Torricelli point is the point of concurrency of the three cevians of a triangle.
(58) The Torricelli point is named after the Italian mathematician Evangelista Torricelli.
(59) Torricelli's equation can be used to model the motion of fluids in various scenarios.
(60) Torricelli's theorem is used to analyze the flow of fluids through pipes and channels.
Sentence with torricelli
(61) Torricelli's experiment with a vacuum tube led to the discovery of atmospheric pressure.
(62) Torricelli's experiments with air pressure led to the invention of the mercury barometer.
(63) Torricelli's work on the motion of fluids laid the groundwork for modern fluid mechanics.
(64) The Torricelli point is an important concept in the study of triangles and their properties.
(65) The Torricelli point is named after Evangelista Torricelli, who first studied its properties.
(66) Torricelli's theorem is used to calculate the velocity of a fluid jet in various applications.
(67) The Torricelli's law of efflux is used to calculate the flow rate of a fluid through an orifice.
(68) The Torricelli point has applications in various fields, including architecture and engineering.
(69) Torricelli's law of efflux is used to calculate the flow rate of fluids through pipes and channels.
(70) Torricelli's experiment with the vacuum tube was a groundbreaking discovery in the field of physics.
Use torricelli in a sentence
(71) Torricelli's theorem can be used to calculate the speed of water flowing out of a hole in a container.
(72) The Torricelli point is a key concept in the study of triangle centers and their geometric properties.
(73) Torricelli's trumpet is a geometric figure that challenges our intuition about volume and surface area.
(74) Torricelli's trumpet is a mathematical curiosity that demonstrates the concept of infinite surface area.
(75) Torricelli's law of efflux explains the flow of a fluid through an orifice under the influence of gravity.
(76) Torricelli's principle is used in many applications, such as in the design of carburetors and fuel injectors.
(77) Torricelli's principle is used in various applications, such as in the functioning of siphons and water pumps.
(78) The Torricelli theorem relates the speed of a fluid flowing out of an orifice to the height of the fluid column.
(79) Torricelli's trumpet, also known as Gabriel's horn, is a geometric figure with infinite surface area but finite volume.
(80) Torricelli's equation is a differential equation that describes the motion of a fluid in a rotating frame of reference.
(81) Torricelli's theorem relates the speed of a fluid flowing through a small hole to the height of the fluid above the hole.
(82) Torricelli's experiment paved the way for the development of the barometer, which is used to measure atmospheric pressure.
(83) Torricelli's law states that the speed of a fluid flowing out of a small hole is proportional to the square root of the height of the fluid column.
(84) The Torricelli's law states that the speed of fluid flowing out of a container is proportional to the square root of the height of the fluid column.
Torricelli meaning
Torricelli is a word that refers to the Italian physicist and mathematician Evangelista Torricelli, who is best known for his invention of the mercury barometer and his contributions to the field of fluid mechanics. If you are looking to incorporate the word "Torricelli" or the phrase "Evangelista Torricelli" into your sentences, here are some tips to help you do so effectively:
1. Historical Context: When using the word "Torricelli" or the phrase "Evangelista Torricelli," it is important to provide some background information about the person and their contributions.
For example, you could say, "Evangelista Torricelli, a renowned Italian physicist of the 17th century, revolutionized the field of fluid mechanics with his invention of the mercury barometer."
2. Accurate Usage: Ensure that you are using the word or phrase correctly in the context of your sentence. For instance, you could say, "The Torricelli experiment demonstrated the principles of atmospheric pressure by using a mercury-filled tube inverted in a dish of mercury."
3. Scientific Applications: Torricelli's work has numerous applications in the scientific world. You can highlight these applications by saying, "Evangelista Torricelli's discoveries in fluid mechanics laid the foundation for modern hydrodynamics, enabling engineers to design efficient water turbines and hydraulic systems."
4. Comparison and Contrast: You can use the word "Torricelli" or the phrase "Evangelista Torricelli" to draw comparisons or contrasts with other scientists or inventors.
For example, you could say, "While Isaac Newton is often credited with the laws of motion, it was Evangelista Torricelli who first formulated the concept of pressure and its relationship to fluid flow."
5. Personal Contributions: Discussing Torricelli's personal contributions can add depth to your sentences. For instance, you could say, "Evangelista Torricelli's groundbreaking work on the properties of air and gases paved the way for the development of the modern vacuum pump, which is widely used in scientific research and industrial applications."
6. Impact on Society: Highlight the impact of Torricelli's work on society to emphasize its significance.
For example, you could say, "Torricelli's invention of the mercury barometer revolutionized weather forecasting, enabling meteorologists to measure atmospheric pressure accurately and predict changes in weather patterns."
7. Quotations: Incorporating quotes from Torricelli or other scholars can add credibility to your sentences. For instance, you could say, "As Evangelista Torricelli once said, 'Nature abhors a vacuum,' emphasizing the fundamental principle that air pressure fills empty spaces."
8. Educational Context: If you are writing an educational article or explaining Torricelli's work to students, simplify your sentences and provide clear explanations.
For example, you could say, "Evangelista Torricelli's invention of the mercury barometer helped scientists understand how air pressure affects weather patterns." Remember, the key to effectively using the word "Torricelli" or the phrase "Evangelista Torricelli" in your sentences is to provide accurate information, context, and relevance to the topic at hand. By following these tips, you can incorporate this word or phrase seamlessly into your writing.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Torricelli. They do not represent the opinions of TranslateEN.com.