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This document summarizes the achievements of Jeronimo de Ayanz y Beaumont, a 16th century Spanish scientist. It notes that he constructed and patented 48 inventions, with his most important being an early steam machine. The steam machine was used to remove water from mines in the early 17th century. The document places de Ayanz in the timeline of steam machine inventors, with his design pre-dating later major innovators like Newcomen, Watt, and Papin.
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Putt putt boat2
Jeronimo de Ayanz y Beaumont was a 16th century Spanish scientist, musician, painter and astronomer who invented 48 devices and obtained patents for them. His most important invention was an early steam machine in 1606 that was used to remove water from mines. It worked by using a fire to boil water and produce steam, which would then cause a brass sphere to rotate due to nozzles emitting the steam, similar to earlier designs from ancient Greece and medieval France. De Ayanz's steam machine accelerated to 1500 revolutions per minute and demonstrated the practical application of using a steam engine to power machinery over a century before similar innovations in England.
La industrialización española hasta 1936
Primera parte de la historia de la industrialización española. Se tratan los factores del retraso y de la fallida industrialización española. Hubo industrialización, pero tímida, muy concentrada en determinados lugares y siempre con condicionantes negativos. Por eso, la tesis que mantengo es que en 1936 España todavía no era un país moderno e industrializado como el resto de sus vecinos europeos del norte.
History invention2
Over several important inventions between 1700 and 1848 helped humanity progress, including the modern piano credited to Bartolomeo Cristofori in 1709, the mercury thermometer able to accurately measure temperature invented by Gabriel Fahrenheit in 1714, and the octant, a mechanical instrument for navigation created by John Campball and used for centuries. The spinning jenny, which increased cotton spinning productivity, was invented by James Hargreaves around 1764. In 1767 Joseph Priestley discovered a method of carbonating water by infusing it with carbon dioxide above a beer vat.
History invention2
Over several important inventions between 1700-1848 helped humanity progress, including the modern piano credited to Bartolomeo Cristofori in 1709. Daniel Gabriel Fahrenheit invented the mercury thermometer in 1714. The sextant, invented by John Campball, has served explorers for almost 3 centuries. James Hargreaves invented the spinning jenny in 1764 to increase cotton spinning productivity. In 1767, Joseph Priestley discovered how to infuse water with carbon dioxide, creating carbonated water.
Art 305 Midterm Review 70 Slides
This document provides an overview of important artists, artworks, and developments from the 18th and 19th centuries. It discusses Neoclassicism with works by artists like Jacques Louis David. Romanticism is explored through the works of Caspar David Friedrich, Eugene Delacroix, and others. The Industrial Revolution and related engineering achievements are briefly covered. Key artistic styles and movements from this time period are summarized.
Steam engine
The development of the steam engine was a decisive factor in the first industrial revolution in Britain. It allowed energy stored in steam to be converted into mechanical work. Several key inventions and innovators contributed to the development of the steam engine over centuries, culminating in James Watt's improved steam engine in 1763 which truly developed the steam engine with a separate condenser.
(History of Architecture 2) Nov 2012 19th century architecture
The Victorian era saw rapid technological advancements and socio-economic changes due to the Industrial Revolution. Architects struggled to find an appropriate style for this time of transition, debating between Neo-Classical and Neo-Gothic styles. New building materials like iron, glass, and concrete emerged, allowing for new construction techniques. While functionality was important, architecture lacked innovation and drew from historic styles like Renaissance and Baroque for inspiration during this period of uncertainty.
SCIENCE INDUSTRY INVENTIONS IN REGENCY BY STAVLIOTI _ TZAVARA.pptx
The Regency era in England lasted from 1811 to 1820 during the rule of Prince George as regent due to the mental illness of his father, King George III. During this period, there were major advances in science, technology, and industry including the increased mechanization of cotton production, improvements in cereal yields through understanding of nitrogen, and the development of steam power for transportation and factories. Canal construction also expanded rapidly to aid transportation. Scientists like Humphry Davy made discoveries in chemistry while others like William Hyde Wollaston and Joseph von Fraunhofer improved optical instruments and spectroscopy. Inventions like the tin can for food preservation and gas lighting were also developed during this innovative time.
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Putt putt boat2
Jeronimo de Ayanz y Beaumont was a 16th century Spanish scientist, musician, painter and astronomer who invented 48 devices and obtained patents for them. His most important invention was an early steam machine in 1606 that was used to remove water from mines. It worked by using a fire to boil water and produce steam, which would then cause a brass sphere to rotate due to nozzles emitting the steam, similar to earlier designs from ancient Greece and medieval France. De Ayanz's steam machine accelerated to 1500 revolutions per minute and demonstrated the practical application of using a steam engine to power machinery over a century before similar innovations in England.
La industrialización española hasta 1936
Primera parte de la historia de la industrialización española. Se tratan los factores del retraso y de la fallida industrialización española. Hubo industrialización, pero tímida, muy concentrada en determinados lugares y siempre con condicionantes negativos. Por eso, la tesis que mantengo es que en 1936 España todavía no era un país moderno e industrializado como el resto de sus vecinos europeos del norte.
History invention2
Over several important inventions between 1700 and 1848 helped humanity progress, including the modern piano credited to Bartolomeo Cristofori in 1709, the mercury thermometer able to accurately measure temperature invented by Gabriel Fahrenheit in 1714, and the octant, a mechanical instrument for navigation created by John Campball and used for centuries. The spinning jenny, which increased cotton spinning productivity, was invented by James Hargreaves around 1764. In 1767 Joseph Priestley discovered a method of carbonating water by infusing it with carbon dioxide above a beer vat.
History invention2
Over several important inventions between 1700-1848 helped humanity progress, including the modern piano credited to Bartolomeo Cristofori in 1709. Daniel Gabriel Fahrenheit invented the mercury thermometer in 1714. The sextant, invented by John Campball, has served explorers for almost 3 centuries. James Hargreaves invented the spinning jenny in 1764 to increase cotton spinning productivity. In 1767, Joseph Priestley discovered how to infuse water with carbon dioxide, creating carbonated water.
Art 305 Midterm Review 70 Slides
This document provides an overview of important artists, artworks, and developments from the 18th and 19th centuries. It discusses Neoclassicism with works by artists like Jacques Louis David. Romanticism is explored through the works of Caspar David Friedrich, Eugene Delacroix, and others. The Industrial Revolution and related engineering achievements are briefly covered. Key artistic styles and movements from this time period are summarized.
Steam engine
The development of the steam engine was a decisive factor in the first industrial revolution in Britain. It allowed energy stored in steam to be converted into mechanical work. Several key inventions and innovators contributed to the development of the steam engine over centuries, culminating in James Watt's improved steam engine in 1763 which truly developed the steam engine with a separate condenser.
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The Regency era in England lasted from 1811 to 1820 during the rule of Prince George as regent due to the mental illness of his father, King George III. During this period, there were major advances in science, technology, and industry including the increased mechanization of cotton production, improvements in cereal yields through understanding of nitrogen, and the development of steam power for transportation and factories. Canal construction also expanded rapidly to aid transportation. Scientists like Humphry Davy made discoveries in chemistry while others like William Hyde Wollaston and Joseph von Fraunhofer improved optical instruments and spectroscopy. Inventions like the tin can for food preservation and gas lighting were also developed during this innovative time.
Chapter12romanticism
Romanticism was an aesthetic and intellectual movement that emphasized nature, emotion, and individualism. It revolted against order and rationalism and occurred in the late 18th and early 19th centuries. Some key figures that heralded Romanticism included Napoleon, William Blake, and Friedrich. Romantic art and literature featured more emotional expressions and themes of nature, the sublime, and the exotic.
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This document provides an overview of key developments during the Romantic Age. It discusses advances in technology including the development of gas lighting, electricity, steam engines, and refrigeration. It also outlines major social changes such as the spread of the industrial revolution, emergence of new social classes, and proposed solutions to problems faced by the working class like socialism. The document also summarizes major artistic, literary, philosophical, and scientific movements of the period including Romanticism, Idealism, Positivism, Materialism, Evolution, and Marxism. Key figures and their contributions are discussed such as Turner, Delacroix, Goya, and Pugin.
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1. Several important 15th century inventions are described, including the anemometer (wind speed measurer), the Nuremberg terrestrial globe created by Martin Behaim, the caravel ship developed by the Portuguese, and the earliest known screwdriver.
2. Key figures from the 15th-16th centuries are discussed, such as William Caxton who established the first printing press in England, Leonardo da Vinci who made designs for many inventions, Johannes Gutenberg who invented the printing press with movable type, Galileo Galilei who invented the thermometer and made discoveries with the telescope, and Zacharias Janssen who invented the compound microscope.
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- The Montgolfier brothers' invention of the hot-air balloon in 1783, which led to the first human flight.
- The metric system standardized in France in 1790 on the basis of the meter as one ten-millionth of the distance from the equator to the North Pole.
- Louis Pasteur's development of the first vaccine for rabies in 1885 and other vaccines, establishing the germ theory of disease.
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The red umbrella4
Chaque couleur a une signification cachée et exerce ses effets à un niveau inconscient. Admiré durant l'Antiquité, le rouge revêtit les dieux et le clergé. À Rome, c'est la couleur des généraux, de la noblesse, des patriciens et des empereurs romains. La couleur rouge symbolise avant tout le bonheur en Chine, mais il symbolise aussi la vie, les flammes et de la chaleur. Mais elle symbolise aussi la mort, cette dernière étant considérée comme une renaissance en Asie. Les processions funéraires asiatiques sont encore de nos jours colorés de rouge.
Le rouge est symbole d’amour, de chaleur, de sensualité et de passion. Il apporte une sensation de chaleur. C’est la couleur la plus puissante, la plus dynamique et avec le plus fort potentiel d’action.
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This document summarizes key inventions and developments during the Industrial Revolution, including the steam engine, railway, sewing machine, and steamboat. It explains that the Industrial Revolution began in the late 18th century in Britain and transformed the economy from rural and agriculture-based to urban and industry-focused. The development of the steam engine, first locomotives like Trevithick's and then Stephenson's, drove the expansion of rail transport. Early sewing machines from the 1800s like Saint's and later models helped mechanize textile production. Steamboats, beginning with boiler and engine technology, revolutionized maritime travel by making ships independent of wind and currents. These inventions were major drivers of the Industrial Revolution and economic/social changes during this period
Neo Classicism
The document summarizes Jean Auguste Dominique Ingres' 1827 painting "The Apotheosis of Homer". It depicts the Greek poet Homer as a heroic figure, in keeping with Neoclassical artistic styles of the time which emphasized simplicity, symmetry, and ideals of virtue. The painting reflects Enlightenment philosophical ideals and Neoclassical aesthetic principles that were dominant in the early 19th century.
Neoclassicism
Neo-Classicism was an artistic movement that began in the mid-18th century as a reaction against Baroque and Rococo styles. Inspired by newly discovered archaeological sites at Pompeii and Herculaneum and by the writings of Johann Winckelmann, Neo-Classicism emphasized simplicity, nobility, and idealized forms based on Greek and Roman antiquity. It became the dominant style in Europe during this time period due to its association with ideals of democracy, republicanism, and enlightenment.
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Project of acinipo
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The document provides an overview of Rococo and Neoclassicism in 18th century Europe. It discusses the political context and shifts in power from French royalty to aristocrats. Rococo began as an architectural style featuring undulating forms and spread to painting and sculpture. Neoclassicism emerged in response to Enlightenment ideals and was inspired by the ruins of Pompeii. It featured simpler, more structured compositions with references to Greek and Roman antiquity. The document summarizes key works of Rococo artists like Fragonard and Boucher and Neoclassical artists like David, West, and Ingres.
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1. Several important 15th century inventions are described, including the anemometer (wind speed measurer), the Nuremberg terrestrial globe created by Martin Behaim, the caravel ship developed by the Portuguese, and the earliest known screwdriver.
2. Key figures from the 15th-16th centuries are discussed, such as William Caxton who established the first printing press in England, Leonardo da Vinci who made designs for many inventions, Johannes Gutenberg who invented the printing press with movable type, Galileo Galilei who invented the thermometer and made discoveries with the telescope, and Zacharias Janssen who invented the compound microscope.
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The document summarizes several important inventions and discoveries from the 18th to 20th centuries, including:
- The steam-powered tricycle invented by Nicolas-Joseph Cugnot in 1769, considered the first automobile.
- The Montgolfier brothers' invention of the hot-air balloon in 1783, which led to the first human flight.
- The metric system standardized in France in 1790 on the basis of the meter as one ten-millionth of the distance from the equator to the North Pole.
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- The Lumière brothers'
The red umbrella4
Chaque couleur a une signification cachée et exerce ses effets à un niveau inconscient. Admiré durant l'Antiquité, le rouge revêtit les dieux et le clergé. À Rome, c'est la couleur des généraux, de la noblesse, des patriciens et des empereurs romains. La couleur rouge symbolise avant tout le bonheur en Chine, mais il symbolise aussi la vie, les flammes et de la chaleur. Mais elle symbolise aussi la mort, cette dernière étant considérée comme une renaissance en Asie. Les processions funéraires asiatiques sont encore de nos jours colorés de rouge.
Le rouge est symbole d’amour, de chaleur, de sensualité et de passion. Il apporte une sensation de chaleur. C’est la couleur la plus puissante, la plus dynamique et avec le plus fort potentiel d’action.
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This document summarizes key inventions and developments during the Industrial Revolution, including the steam engine, railway, sewing machine, and steamboat. It explains that the Industrial Revolution began in the late 18th century in Britain and transformed the economy from rural and agriculture-based to urban and industry-focused. The development of the steam engine, first locomotives like Trevithick's and then Stephenson's, drove the expansion of rail transport. Early sewing machines from the 1800s like Saint's and later models helped mechanize textile production. Steamboats, beginning with boiler and engine technology, revolutionized maritime travel by making ships independent of wind and currents. These inventions were major drivers of the Industrial Revolution and economic/social changes during this period
Neo Classicism
The document summarizes Jean Auguste Dominique Ingres' 1827 painting "The Apotheosis of Homer". It depicts the Greek poet Homer as a heroic figure, in keeping with Neoclassical artistic styles of the time which emphasized simplicity, symmetry, and ideals of virtue. The painting reflects Enlightenment philosophical ideals and Neoclassical aesthetic principles that were dominant in the early 19th century.
Neoclassicism
Neo-Classicism was an artistic movement that began in the mid-18th century as a reaction against Baroque and Rococo styles. Inspired by newly discovered archaeological sites at Pompeii and Herculaneum and by the writings of Johann Winckelmann, Neo-Classicism emphasized simplicity, nobility, and idealized forms based on Greek and Roman antiquity. It became the dominant style in Europe during this time period due to its association with ideals of democracy, republicanism, and enlightenment.
Inventions that changed the world
Here is a presentation of 10 inventions that changed the world...
You could have a discussion in your class and ask your students to add to the list.
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The document discusses the emergence of new styles in music in the 17th century. It begins by contrasting the Baroque period with its Renaissance predecessor, noting that composers in the early 1600s deliberately cultivated innovation, inventing new genres like opera and styles focused on drama and emotion. The period saw continuous invention across Europe as Italian ideas diffused and nations developed unique styles. The document then provides historical context, describing the scientific revolution, new political philosophies, expanding empires, and the rise of capitalism, all of which impacted musicians and the music they created. Composers responded to these changes by focusing on drama and emotion in their works.
Project of acinipo
Acinipo was an archaeological site located in southern Spain that was first inhabited by Iberians in 800 BC. It later became a Roman city due to its strategic location and good farmland. The remains show Iberian houses were circular while Roman houses were rectangular or square. Public buildings included a theatre, forum, baths and squares. In the 4th century, the city was abandoned as the Roman Empire declined and residents emigrated to Ronda.
Rococo & Neoclassicism In Early 18th Century
The document provides an overview of Rococo and Neoclassicism in 18th century Europe. It discusses the political context and shifts in power from French royalty to aristocrats. Rococo began as an architectural style featuring undulating forms and spread to painting and sculpture. Neoclassicism emerged in response to Enlightenment ideals and was inspired by the ruins of Pompeii. It featured simpler, more structured compositions with references to Greek and Roman antiquity. The document summarizes key works of Rococo artists like Fragonard and Boucher and Neoclassical artists like David, West, and Ingres.
Iron and Steel Arquitecture and Realism
The document provides an overview of realism in sculpture and painting in the second half of the 19th century, as well as iron and steel architecture during the Industrial Revolution. In sculpture and painting, artists aimed to depict reality and everyday life realistically rather than idealizing subjects. In architecture, new materials like iron and steel allowed for new types of large structures such as train stations, bridges, and the Eiffel Tower. Key realist artists mentioned include Courbet, Millet, and Carpeaux.
Immanuel Kant Presentation
The document discusses the Enlightenment period in the 18th century. It characterizes this time as one of optimism in human reason and the ability to gain knowledge of the natural world through systematic experimentation and reason. Key figures discussed include John Locke, Immanuel Kant, and developments in science, philosophy, and politics during this era in Europe and its colonies.
Napoleón y neoclasicismo
The document discusses the neoclassical style that emerged during the French Revolution and Napoleonic era. It was inspired by ancient Greco-Roman art and republican ideals of virtue and civic duty. Napoleon promoted the neoclassical style through large-scale projects that referenced classical architecture. Leading artists like Jacques-Louis David and Antonio Canova incorporated classical themes and motifs in their paintings and sculptures of the period.
Industrial revolution
The document discusses the Industrial Revolution, including its origins in England and key technological innovations that drove it. Some of the major developments mentioned include the invention of the steam engine, which provided new sources of power beyond water wheels, and innovations in textile manufacturing like the spinning jenny and power loom. The document also examines impacts of the Industrial Revolution such as urbanization, changes to labor, and both positive and negative consequences.
Chapter12romanticism
Romanticism emerged in the late 18th century as a reaction against the ideals of the Enlightenment and Industrial Revolution. It valued emotion, nature, and the individual. Key figures included the English poets William Wordsworth and Lord Byron, the painters J.M.W. Turner and Caspar David Friedrich who depicted nature romantically, and composers such as Beethoven, Berlioz, and Wagner who incorporated programmatic elements into their music. The movement also saw a rise in nationalism across Europe and expressions of political liberty.
Unit 15 diagram
The document discusses major historical events and developments in Europe and Spain from the late 18th century to the present day. It covers the French Revolution, the Industrial Revolution, World Wars I and II, the transition to democracy in Spain in the 1970s, and contemporary issues like population growth and environmental challenges. Key topics include the shift from absolutism to liberal democracy, the economic and social impacts of industrialization, the rise and fall of dictatorships in 20th century Europe, and Spain's path to becoming a modern democratic state.
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The document discusses several musical styles including reggae, soul music, jazz funk, impressionist, 60s pop, punk, Scottish/Celtic rock, and country. For each style, it provides characteristics about the music (musical features) and instruments/production techniques (tech features) used. The goal is to help the reader understand how to identify different musical styles based on their defining characteristics.
On the use of optical devices by baroque painters
This document discusses the use of optical devices like the camera obscura by Baroque painters such as Johannes Vermeer and Caravaggio. It explains how the camera obscura works and provides examples of peculiar effects it produced that can be seen in Vermeer's paintings, such as pointillés from imperfect lens focus. While there is no direct evidence Vermeer or Caravaggio used these devices, analysis of techniques like accurate perspective and lighting effects in their works has led many experts to believe they aided their natural eye with camera obscuras. The document also provides information on activities being done in art classes to study this topic, like making pinhole cameras.
Meeting brussels nov 2013
This document summarizes the progress and plans of a European educational project involving schools in Brussels, Hannover, and Leganés. It discusses establishing websites for each school to host project content separately, as previously agreed. It outlines contact information for teachers at each school and sets deadlines for content to be posted. It proposes connecting the school websites and managing project information in a European database. The document also discusses communication between the project coordinator and schools using a wiki or twinspace platform, and outlines topics and ground rules for communication. It announces the next project meeting will be in Leganés from March 22-26, 2014 and requests any further ideas.
Teoria celular irenenaiara_4eso
Este documento describe la historia del desarrollo del microscopio y la teoría celular. Brevemente resume que en el siglo XVII, científicos como Galileo Galilei y Antoni van Leeuwenhoek mejoraron el diseño del microscopio, lo que permitió el descubrimiento de las células por Robert Hooke y Marcelo Malpighi. Luego, en 1839, Theodor Schwann y Matthias Schleiden formularon formalmente la teoría celular, postulando que todas las células provienen de células preexistentes y son la unidad
Servet&harvey irene lydiasara_4eso
William Harvey descubrió el sistema circulatorio al demostrar que la sangre es bombeada por el corazón a través de las arterias y venas en un circuito cerrado. Miguel Servet también hizo contribuciones importantes al comprender que el corazón impulsa la sangre y que los pulmones son fundamentales para la respiración. Ambos científicos desafiaron teorías médicas establecidas y sufrieron críticas, aunque eventualmente las ideas de Harvey fueron aceptadas.
Ramony cajal yuémanuel_4eso
Santiago Ramón y Cajal vivió en la edad moderna, pero con una tecnología bastante rudimentaria con respecto a la época. El nivel académico era muy bajo ya que la educación estaba reservada para un grupo determinado de la sociedad y las investigaciones científicas eran realizadas con escasos medios y conocimientos. Obtuvo el premio Nobel de Medicina en 1906 por descubrir los mecanismos que gobiernan la morfología y los procesos conectivos de las células nerviosas, una nueva y
Luis pasteur marioroyoalejonieto_4eso
Louis Pasteur fue un científico francés nacido en 1822 que realizó importantes contribuciones a la química orgánica y la microbiología. Entre sus descubrimientos se encuentran la isomería óptica, la pasteurización y la teoría germinal de las enfermedades. También desarrolló las primeras vacunas contra la rabia y el cólera aviar.
Luis pasteur luismiguelsergio_4eso
Louis Pasteur nació en 1822 en Francia y destacó en los campos de la microbiología y la química orgánica. Realizó importantes investigaciones sobre el carbunco y desarrolló vacunas contra el ántrax, la cólera aviar y la rabia. También desarrolló la teoría germinal de las enfermedades infecciosas y descubrió el proceso de pasteurización para conservar alimentos eliminando microorganismos dañinos.
Jupiter alejandro javier_1eso(1)
Jupiter is the largest planet in the solar system, with a mass one thousandth that of Earth. It is composed primarily of hydrogen and helium, with hydrogen making up around 88% of its atmosphere. Jupiter has over twice the mass of all other planets in the solar system combined. Its internal structure is thought to include a dense core surrounded by liquid metallic hydrogen and outer layers of predominantly molecular hydrogen.
Trip moon mariodiegosergiopablo_1eso
The document summarizes the first trip to the moon by Apollo 11 in July 1969. It discusses the space race between the US and Soviet Union leading up to the mission. Apollo 11 launched on July 16, 1969 carrying Neil Armstrong, Buzz Aldrin, and Michael Collins. On July 20, Armstrong became the first person to walk on the moon, declaring "That's one small step for man, one giant leap for mankind." The trip lasted a total of 8 days, 3 hours, 18 minutes and 35 seconds.
Volta
Alessandro Volta was an Italian physicist during the Baroque period who invented the first battery called the Voltaic pile in 1800, which produced a steady current of electricity and marked the beginning of battery technology. He explored the concept of bio-electricity by connecting metal plates to fruit and discovered that different materials produced different voltages, laying the foundation for modern electricity theory. The electrical unit of measurement volt is named after Alessandro Volta in recognition of his contributions to electricity.
Torriceli
Torricelli fue un físico y matemático italiano que realizó experimentos fundamentales sobre la presión atmosférica en 1643. Invirtió un tubo de mercurio sobre un recipiente lleno del mismo y observó que el mercurio se mantenía a una altura constante de 760 mm, demostrando la existencia de la presión atmosférica. También descubrió que las variaciones en el nivel del mercurio se debían a cambios en dicha presión. Sus experimentos sentaron las bases para el desarrollo del barómetro y otros instrument
René descartes
René Descartes fue un filósofo, matemático y científico francés considerado el padre del racionalismo. Nació en 1596 y murió en 1650. Formuló la frase "pienso, luego existo" como la base del conocimiento seguro, y desarrolló el método cartesiano para alcanzar la verdad a través de la duda, la intuición y la deducción lógica. También hizo contribuciones importantes a las matemáticas como el sistema de coordenadas cartesianas.
Hook
William Jackson Hooker fue un botánico, micólogo y director del Real Jardín Botánico de Kew inglés. Se dedicó al estudio de plantas, hongos y musgos durante su vida. Realizó expediciones botánicas a Islandia y publicó varios libros sobre flora británica. Más tarde se convirtió en profesor de botánica en la Universidad de Glasgow y director del Real Jardín Botánico de Kew, donde amplió sus instalaciones y colecciones. Hooker hizo importantes contribuciones al estudio y catalogación de especies vegetales durante
Ursa major andreaaudreyireneenya_1eso
Ursa Major is a constellation visible in the northern hemisphere and is also known as the Great Bear. The seven brightest stars form an asterism known as the Big Dipper in North America and the Plough in the UK. These stars include Dubhe and Alkaid and are useful for finding Polaris, the North Star. Several bright galaxies can also be found in Ursa Major. In mythology, Ursa Major has been associated with a bear from Greek mythology where Zeus transformed a woman into a bear and placed them in the sky.
Universe cristina mariablanca_1eso
The universe consists of all matter, energy, and space, and is made up of galaxies containing stars and planetary systems. Our galaxy, the Milky Way, belongs to a cluster of galaxies. The Earth is the only known planet capable of supporting life due to its atmosphere, temperature range, and presence of water. Early theories proposed Earth as the center of the universe, but Copernicus correctly proposed the Sun as the center in the 16th century. The universe contains galaxies, stars, and planets that move according to patterns and orbits governed by gravity.
Robert hooke
La teoría de la elasticidad describe cómo se deforman los materiales bajo tensión o compresión, mientras que el descubrimiento de la célula reveló que todos los organismos vivos están compuestos de unidades básicas llamadas células. El documento cubre temas clave de física y biología.
Volcan molpeceres daniela_4eso
El documento describe un experimento químico que demuestra una reacción exotérmica entre el ácido acético, el bicarbonato sódico y el jabón. Se introduce estos componentes en una probeta y al añadir el bicarbonato sódico se produce la reacción química desprendiendo dióxido de carbono y agua. El objetivo del experimento es identificar una reacción exotérmica y comprobar que desprende energía en forma de calor.
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𝐄𝐱𝐩𝐥𝐚𝐢𝐧 𝐭𝐡𝐞 𝐍𝐚𝐭𝐮𝐫𝐞 𝐚𝐧𝐝 𝐒𝐜𝐨𝐩𝐞 𝐨𝐟 𝐚𝐧 𝐄𝐧𝐭𝐫𝐞𝐩𝐫𝐞𝐧𝐞𝐮𝐫:
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HYPERTENSION - SLIDE SHARE PRESENTATION.
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إضغ بين إيديكم من أقوى الملازم التي صممتها
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💀💀💀💀💀💀💀💀💀💀
تتميز هذهِ الملزمة بعِدة مُميزات :
1- مُترجمة ترجمة تُناسب جميع المستويات
2- تحتوي على 78 رسم توضيحي لكل كلمة موجودة بالملزمة (لكل كلمة !!!!)
#فهم_ماكو_درخ
3- دقة الكتابة والصور عالية جداً جداً جداً
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5- الملزمة تشرح نفسها ب نفسها بس تكلك تعال اقراني
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Putt putt boat2(1)
- 1. Spanish science in the Baroque Era
- 2. Jeronimo de Ayanz y Beaumont 1553-1613 (SPAIN) Scientist, musician, painter, astronomer,soldier... Constructed and patented 48 inventions His most important invention was the steam machine
- 3. Steam machine history HERON OF ALEXANDRIA 1st Century A.D. (Greece) REIMS CATHEDRAL ORGAN XII Century JAMES WATT 1769 (ENGLAND) NEWCOMEN 1712 (ENGLAND) JERONIMO DE AYANZ 1606 (SPAIN) EDWARD SOMERSET 1663 (ENGLAND) PAPIN 1680 (FRANCE) LEIBNIZ 1705 (GERMANY) THOMAS SAVERY 1698 (ENGLAND)
- 4. AEOLIPILA A fire beneath the cauldron boils water, producing steam which is conducted through one of the copper supports to the pivoted brass sphere. This steam issues from nozzles at the ends of the two small opposing arms on the sphere causing it to rotate.
- 5. ACCELERATING UP TO 1500 r.p.m.
- 6. JERONIMO'S STEAM MACHINE This machine was used to remove water from the inside of the mines at the beginning of the XVII Century.