Rome: army, gods and leisure
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The document summarizes aspects of Roman army, religion, and leisure activities. It describes the typical armor and ranks of Roman warriors. It discusses the polytheistic Roman religion and some of the major gods like Jupiter and Neptune. It also outlines popular leisure activities of Romans including baths, amphitheaters, plays, gladiator fights, and chariot racing.
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Heritage photography
Preserving and sharing our cultural heritage through photography and online image sharing sites
Freemasonry
Download, to see properly
Freemasonry is a fraternal organisation that arose from the loose organization of medieval masons (i.e. stone workers) working in the medieval building industry (i.e. craft workers involved in medieval stone work).[1] Early organizational forms included "lodges," incorporations, and craft guilds.[2] Early Freemasonry based on craft labour is known as Operative Freemasonry.
Freemasonry now exists in various forms all over the world, with a membership estimated at around six million, including approximately 150,000 under the jurisdictions of the Grand Lodge of Scotland and Grand Lodge of Ireland, over a quarter of a million under the jurisdiction of the United Grand Lodge of England,[3] and just under two million in the United States.[4]
The fraternity is administratively organised into independent Grand Lodges or sometimes Orients, each of which governs its own jurisdiction, which consists of subordinate (or constituent) Lodges. The various Grand Lodges recognise each other, or not, based upon adherence to landmarks. A Grand Lodge will usually deem other Grand Lodges who share common landmarks to be regular, and those that do not to be "irregular" or "clandestine".
There are also appendant bodies, which are organisations related to the main branch of Freemasonry, but with their own independent administration.
Roman technology
Roman technology is the engineering practice which supported Roman civilization and made the expansion of Roman commerce and Roman military possible over nearly a thousand years, if the Byzantine Empire is included.
The Roman Empire had one of the most advanced set of technologies of its time, some of which was lost during the turbulent eras of Late Antiquity and the early Middle Ages. Gradually, some of the technological feats of the Romans were rediscovered and/or improved upon, while others went ahead of what the Romans had done during the Middle Ages and the beginning of the Modern Era. Several Roman technological feats in different areas like civil engineering, construction materials, transport technology, and some inventions such as the mechanical reaper, were surprising achievements until the 19th century, and some, such as the arch, have remained untouched to this day.[citation needed] The Romans achieved high levels of technology in large part because they borrowed heavily from and absorbed the culture of the established Hellenised people of the Mediterranean basin.[citation needed]
Pisa test
ejercicios
matamaticas
comprension lectora
ciencias
soluciones
informe pisa
The Programme for International Student Assessment (PISA) is a worldwide study by the Organisation for Economic Co-operation and Development (OECD) in member and non-member nations of 15-year-old school pupils' scholastic performance on mathematics, science, and reading. It was first performed in 2000 and then repeated every three years. It is done with view to improving education policies and outcomes. The data has increasingly been used both to assess the impact of education quality on incomes and growth and for understanding what causes differences in achievement across nations.[1]
470,000 15-year-old students representing 65 nations and territories participated in PISA 2009. An additional 50,000 students representing nine nations were tested in 2010.[2]
The Trends in International Mathematics and Science Study (TIMSS) and the Progress in International Reading Literacy Study (PIRLS) by the International Association for the Evaluation of Educational Achievement are similar studies.
Roman Technology
Roman technology is the engineering practice which supported Roman civilization and made the expansion of Roman commerce and Roman military possible over nearly a thousand years, if the Byzantine Empire is included.
The Roman Empire had one of the most advanced set of technologies of its time, some of which was lost during the turbulent eras of Late Antiquity and the early Middle Ages. Gradually, some of the technological feats of the Romans were rediscovered and/or improved upon, while others went ahead of what the Romans had done during the Middle Ages and the beginning of the Modern Era. Several Roman technological feats in different areas like civil engineering, construction materials, transport technology, and some inventions such as the mechanical reaper, were surprising achievements until the 19th century, and some, such as the arch, have remained untouched to this day.[citation needed] The Romans achieved high levels of technology in large part because they borrowed heavily from and absorbed the culture of the established Hellenised people of the Mediterranean basin.[citation needed]
7. F2011 Destinations The Wall, Bath, Fishbourne
Destinations for tourists today and in the case of Bath for tourists in Roman times
Recommended
Heritage photography
Preserving and sharing our cultural heritage through photography and online image sharing sites
Freemasonry
Download, to see properly
Freemasonry is a fraternal organisation that arose from the loose organization of medieval masons (i.e. stone workers) working in the medieval building industry (i.e. craft workers involved in medieval stone work).[1] Early organizational forms included "lodges," incorporations, and craft guilds.[2] Early Freemasonry based on craft labour is known as Operative Freemasonry.
Freemasonry now exists in various forms all over the world, with a membership estimated at around six million, including approximately 150,000 under the jurisdictions of the Grand Lodge of Scotland and Grand Lodge of Ireland, over a quarter of a million under the jurisdiction of the United Grand Lodge of England,[3] and just under two million in the United States.[4]
The fraternity is administratively organised into independent Grand Lodges or sometimes Orients, each of which governs its own jurisdiction, which consists of subordinate (or constituent) Lodges. The various Grand Lodges recognise each other, or not, based upon adherence to landmarks. A Grand Lodge will usually deem other Grand Lodges who share common landmarks to be regular, and those that do not to be "irregular" or "clandestine".
There are also appendant bodies, which are organisations related to the main branch of Freemasonry, but with their own independent administration.
Roman technology
Roman technology is the engineering practice which supported Roman civilization and made the expansion of Roman commerce and Roman military possible over nearly a thousand years, if the Byzantine Empire is included.
The Roman Empire had one of the most advanced set of technologies of its time, some of which was lost during the turbulent eras of Late Antiquity and the early Middle Ages. Gradually, some of the technological feats of the Romans were rediscovered and/or improved upon, while others went ahead of what the Romans had done during the Middle Ages and the beginning of the Modern Era. Several Roman technological feats in different areas like civil engineering, construction materials, transport technology, and some inventions such as the mechanical reaper, were surprising achievements until the 19th century, and some, such as the arch, have remained untouched to this day.[citation needed] The Romans achieved high levels of technology in large part because they borrowed heavily from and absorbed the culture of the established Hellenised people of the Mediterranean basin.[citation needed]
Pisa test
ejercicios
matamaticas
comprension lectora
ciencias
soluciones
informe pisa
The Programme for International Student Assessment (PISA) is a worldwide study by the Organisation for Economic Co-operation and Development (OECD) in member and non-member nations of 15-year-old school pupils' scholastic performance on mathematics, science, and reading. It was first performed in 2000 and then repeated every three years. It is done with view to improving education policies and outcomes. The data has increasingly been used both to assess the impact of education quality on incomes and growth and for understanding what causes differences in achievement across nations.[1]
470,000 15-year-old students representing 65 nations and territories participated in PISA 2009. An additional 50,000 students representing nine nations were tested in 2010.[2]
The Trends in International Mathematics and Science Study (TIMSS) and the Progress in International Reading Literacy Study (PIRLS) by the International Association for the Evaluation of Educational Achievement are similar studies.
Roman Technology
Roman technology is the engineering practice which supported Roman civilization and made the expansion of Roman commerce and Roman military possible over nearly a thousand years, if the Byzantine Empire is included.
The Roman Empire had one of the most advanced set of technologies of its time, some of which was lost during the turbulent eras of Late Antiquity and the early Middle Ages. Gradually, some of the technological feats of the Romans were rediscovered and/or improved upon, while others went ahead of what the Romans had done during the Middle Ages and the beginning of the Modern Era. Several Roman technological feats in different areas like civil engineering, construction materials, transport technology, and some inventions such as the mechanical reaper, were surprising achievements until the 19th century, and some, such as the arch, have remained untouched to this day.[citation needed] The Romans achieved high levels of technology in large part because they borrowed heavily from and absorbed the culture of the established Hellenised people of the Mediterranean basin.[citation needed]
7. F2011 Destinations The Wall, Bath, Fishbourne
Destinations for tourists today and in the case of Bath for tourists in Roman times
Robin hood and feudalism part 2
Slide 1: Title
Slide 2: Ballads, anonymous
Slide 3: Sung by minstrels
Slide 4: Hero, archer, sword
Slide 5: Robin’s society
Slide 6: Book: richard-crusade;John usurped the throne
Slide 7: Book: Money from rich to poor
Slide 8: Characters
Slide 9: Marian
Slide 10: the merry men
Slide 11: little john
Slide 12: friar tuck
Slide 13: lady kluck
Slide 14: john-richard
Slide 15: sir hiss: friend of john
Slide 16: sheriff of nottingham
Slide 17: popular folk figure, yeoman to outlaw
Slide 18: Feudalism
Slide 19: definition terminar.
Slide 20:relation with robin terminar.
Slide 21:paganism terminar.
Slide 22:the first of may terminar.
Slide 23:did robin exist? There were many Robins.Hood was a normal surname.It could be from wood.There were aswell many “hood” and “Hode”. terminar.
Slide 24:wakefield
Slide 25:miths and legends terminar.
Slide 26: robbing from the… terminar.
Slide 27: A real story terminar.
Slide 28:disappearance terminar.
Slide 29:death termminar
Slide 30:the mistery
Slide 31:activities
Hawaii
geography history economical activities
Hawaii (i/həˈwaɪ.iː/ or /həˈwaɪʔiː/; Hawaiian: Hawaiʻi Hawaiian pronunciation: [hɐˈvɐiʔi]) is the most recent of the 50 U.S. states (joined the Union on August 21, 1959), and is the only U.S. state made up entirely of islands. It is the northernmost island group in Polynesia, occupying most of an archipelago in the central Pacific Ocean.
Hawaii’s diverse natural scenery, warm tropical climate, abundance of public beaches, oceanic surroundings, and active volcanoes make it a popular destination for tourists, surfers, biologists, and volcanologists alike. Due to its mid-Pacific location, Hawaii has many North American and Asian influences along with its own vibrant native culture. Hawaii has over a million permanent residents along with many visitors and U.S. military personnel. Its capital is Honolulu on the island of Oʻahu.
The state encompasses nearly the entire volcanic Hawaiian Island chain, which comprises hundreds of islands spread over 1,500 miles (2,400 km). At the southeastern end of the archipelago, the eight "main islands" are (from the northwest to southeast) Niʻihau, Kauaʻi, Oʻahu, Molokaʻi, Lānaʻi, Kahoʻolawe, Maui and the island of Hawaiʻi. The last is the largest and is often called "The Big Island" to avoid confusion with the state as a whole. The archipelago is physiographically and ethnologically part of the Polynesian subregion of Oceania.
Hawaii is the 8th-least extensive, the 11th-least populous, but the 13th-most densely populated of the 50 U.S. states. Hawaii's ocean coastline is approximately 750 miles (1,210 km) long, which is fourth in the United States after those of Alaska, Florida and California.
Hawaii is one of two states that do not observe daylight saving time, the other being Arizona. It is also one of two states that are not in the Contiguous United States; the other is Alaska. Hawaii is the only state with an Asian plurality.
Greece: Sports, plays, and music
The culture of Greece has evolved over thousands of years, beginning in Mycenaean Greece, continuing most notably into Classical Greece, through the influence of the Roman Empire and its successor the Byzantine Empire. Other cultures and states such as Latin and Frankish states, the Ottoman Empire, the Venetian Republic, Genoese Republic, and British Empire have also left their influence on modern Greek culture, but historians credit the Greek War of Independence with revitalising Greece and giving birth to a single entity of its multi-faceted culture.
In ancient times, Greece was the birthplace of Western culture.[1] Modern democracies owe a debt to Greek beliefs in government by the people, trial by jury, and equality under the law. The ancient Greeks pioneered in many fields that rely on systematic thought, including biology, geometry, history,[2] philosophy, and physics. They introduced such important literary forms as epic and lyric poetry, history, tragedy, and comedy. In their pursuit of order and proportion, the Greeks created an ideal of beauty that strongly influenced Western art.[3]
The Aztecs
The Aztec /ˈæztɛk/[1] people were certain ethnic groups of central Mexico, particularly those groups who spoke the Nahuatl language and who dominated large parts of Mesoamerica from the 14th to 16th centuries. The Nahuatl words aztecatl [as'tekat͡ɬ] (singular)[2] and aztecah [as'tekaʔ] (plural)[2] mean "people from Aztlan",[3] a mythological place for the Nahuatl-speaking culture of the time, and later adopted as the word to define the Mexica people. Often the term "Aztec" refers exclusively to the Mexica people of Tenochtitlan (now the location of Mexico City), situated on an island in Lake Texcoco, who referred to themselves as Mexica Tenochca [me'ʃika te'not͡ʃka] or Cōlhuah Mexica [koːlwaʔ me'ʃika].
Sometimes the term also includes the inhabitants of Tenochtitlan's two principal allied city-states, the Acolhuas of Texcoco and the Tepanecs of Tlacopan, who together with the Mexica formed the Aztec Triple Alliance which controlled what is often known as "the Aztec Empire". In other contexts, Aztec may refer to all the various city states and their peoples, who shared large parts of their ethnic history and cultural traits with the Mexica, Acolhua and Tepanecs, and who often also used the Nahuatl language as a lingua franca. In this meaning it is possible to talk about an Aztec civilization including all the particular cultural patterns common for most of the peoples inhabiting Central Mexico in the late postclassic period.
From the 13th century, the Valley of Mexico was the heart of Aztec civilization: here the capital of the Aztec Triple Alliance, the city of Tenochtitlan, was built upon raised islets in Lake Texcoco. The Triple Alliance formed a tributary empire expanding its political hegemony far beyond the Valley of Mexico, conquering other city states throughout Mesoamerica. At its pinnacle, Aztec culture had rich and complex mythological and religious traditions, as well as reaching remarkable architectural and artistic accomplishments. In 1521 Hernán Cortés, along with a large number of Nahuatl speaking indigenous allies, conquered Tenochtitlan and defeated the Aztec Triple Alliance under the leadership of Hueyi Tlatoani Moctezuma II. Subsequently the Spanish founded the new settlement of Mexico City on the site of the ruined Aztec capital, from where they proceeded with the process of colonizing Central America.
Aztec culture and history is primarily known through archaeological evidence found in excavations such as that of the renowned Templo Mayor in Mexico City; from indigenous bark paper codices; from eyewitness accounts by Spanish conquistadors such as Hernán Cortés and Bernal Díaz del Castillo; and especially from 16th and 17th century descriptions of Aztec culture and history written by Spanish clergymen and literate Aztecs in the Spanish or Nahuatl language, such as the famous Florentine Codex compiled by the Franciscan monk Bernardino de Sahagún with the help of indigenous Aztec informants.
Maya Civilization
The Maya is a Mesoamerican civilization, noted for the only known fully developed written language of the pre-Columbian Americas, as well as for its art, architecture, and mathematical and astronomical systems. Initially established during the Pre-Classic period (c. 2000 BC to AD 250), according to the Mesoamerican chronology, many Maya cities reached their highest state of development during the Classic period (c. AD 250 to 900), and continued throughout the Post-Classic period until the arrival of the Spanish.
The Maya civilization shares many features with other Mesoamerican civilizations due to the high degree of interaction and cultural diffusion that characterized the region. Advances such as writing, epigraphy, and the calendar did not originate with the Maya; however, their civilization fully developed them. Maya influence can be detected from Honduras, Belize, Guatemala, and western El Salvador to as far away as central Mexico, more than 1,000 km (620 mi) from the Maya area. Many outside influences are found in Maya art and architecture, which are thought to result from trade and cultural exchange rather than direct external conquest.
The Maya peoples survived the Classic period collapse and the arrival of the Spanish conquistadores and the subsequent Spanish colonization of the Americas. Today, the Maya and their descendants form sizable populations throughout the Maya area and maintain a distinctive set of traditions and beliefs that are the result of the merger of pre-Columbian and post-Conquest ideas and cultures. Millions of people speak Mayan languages today; the Rabinal Achí, a play written in the Achi language, was declared a Masterpiece of the Oral and Intangible Heritage of Humanity by UNESCO in 2005.
Robin hood and feudalism part 1
Slide 1: Title
Slide 2: Ballads, anonymous
Slide 3: Sung by minstrels
Slide 4: Hero, archer, sword
Slide 5: Robin’s society
Slide 6: Book: richard-crusade;John usurped the throne
Slide 7: Book: Money from rich to poor
Slide 8: Characters
Slide 9: Marian
Slide 10: the merry men
Slide 11: little john
Slide 12: friar tuck
Slide 13: lady kluck
Slide 14: john-richard
Slide 15: sir hiss: friend of john
Slide 16: sheriff of nottingham
Slide 17: popular folk figure, yeoman to outlaw
Slide 18: Feudalism
Slide 19: definition terminar.
Slide 20: relation with robin terminar.
Slide 21: paganism terminar.
Slide 22: the first of may terminar.
Slide 23: did robin exist? There were many Robins.Hood was a normal surname.It could be from wood.There were aswell many “hood” and “Hode”. terminar.
Slide 24: wakefield
Slide 25: miths and legends terminar.
Slide 26: robbing from the… terminar.
Slide 27: A real story terminar.
Slide 28: disappearance terminar.
Slide 29: death termminar
Slide 30: the mistery
Slide 31: activities
English articles
a an and the
when to use them
what are they used for
The articles in English are the definite article the and the indefinite articles a and an (and sometimes some). Use of the definite article implies that the speaker assumes the listener knows the identity of the noun's referent (because it is obvious, because it is common knowledge, or because it was mentioned in the same sentence or an earlier sentence). Use of an indefinite article implies that the speaker assumes the listener does not have to know the identity of the referent. In some noun phrases no article is used.
Articles are a special case of determiners in English; for information about this class as a whole, see English determiners.
English: modal auxiliary verbs (theory and examples)
A modal verb (also modal, modal auxiliary verb, modal auxiliary) is a type of auxiliary verb that is used to indicate modality – that is, likelihood, ability, permission, and obligation.[1] Examples include the English verbs can/could, may/might, must, will/would, and shall/should.
In English and other Germanic languages, modal verbs are often distinguished as a class based on certain grammatical properties.
For more detail about modals in English, see English modal verbs.
Can
Could
May
Might
Will
Would
Shall (maily in British English)
Should
Must
Ought
when to use modal verbs
for what are they used for
God vs science
God vs. Science Big Bang Genesis the Creation Of Life Adam & Eve The Primordial Soup Darwin Theory Of Evolution Christianity Miracles Scientific Proof Conclusions Activities God Gods Faith
Gustavo Franco
Muito legal conhecer um pouco sobre o mundo mágico de Percy Jackson. E quem nos proporcionou isso foi o Gustavo Franco, aluno da Professora Júlia do Passages 1A.3. Parabéns, cara! - ALL Stella Maris - Mai. 2013
Obesidad e infartos
Se denomina infarto a la necrosis isquémica de un órgano (muerte de un tejido por falta de sangre y, posteriormente, oxígeno), generalmente por obstrucción de las arterias que lo irrigan, ya sea por elementos dentro de la luz del vaso, por ejemplo placas de ateroma, o por elementos externos (tumores que comprimen el vaso, por torsión de un órgano, hernia de un órgano a través de un orificio natural o patológico, etc). El infarto al miocardio se produce al taponarse una arteria que lleva la sangre al corazón.
Los infartos pueden producirse en cualquier órgano o músculo, pero los más frecuentes se presentan:
en el corazón (infarto agudo de miocardio).
en el cerebro (accidente vascular encefálico).
en el intestino (infarto intestinal mesentérico).
en el riñon (infartación renal).
Si bien la mayoría de los infartos se originan por la obstrucción de una arteria (brazos, piernas, intestino, etc), los infartos pulmonares pueden ser de origen venoso por cuanto la sangre de la arteria pulmonar procede directamente de la circulación venosa a través de las cavidades derechas del corazón y es capaz de llevar un trombo desde las venas de las extremidades o abdomen a ocluir un vaso arterial pulmonar.
En el lenguaje coloquial, cuando se menciona la palabra infarto sin mencionar a qué órgano se refiere, se da por entendido que se trata de un infarto agudo de miocardio.
En cuanto a la manifestación en el electrocardiograma (EKG), un infarto se caracteriza por la tríada "ILI", aunque no se trata necesariamente de un proceso lineal, y en algunos casos sólo representa un problema cardiovascular y no la génesis de un infarto:
Argumentos a favor de la evolución biológica
La evolución biológica es el conjunto de transformaciones o cambios a través del tiempo que ha originado la diversidad de formas de vida que existen sobre la Tierra a partir de un antepasado común.1 2 La palabra evolución para describir tales cambios fue aplicada por primera vez en el siglo XVIII por el biólogo suizo Charles Bonnet en su obra Consideration sur les corps organisés.3 4 No obstante, el concepto de que la vida en la Tierra evolucionó a partir de un ancestro común ya había sido formulado por varios filósofos griegos,5 y la hipótesis de que las especies se transforman continuamente fue postulada por numerosos científicos de los siglos XVIII y XIX, a los cuales Charles Darwin citó en el primer capítulo de su libro El origen de las especies.6 Sin embargo, fue el propio Darwin, en 1859,7 quien sintetizó un cuerpo coherente de observaciones que consolidaron el concepto de la evolución biológica en una verdadera teoría científica.2
La evolución como una propiedad inherente a los seres vivos ya no es materia de debate entre los científicos.2 Los mecanismos que explican la transformación y diversificación de las especies, en cambio, se hallan todavía bajo intensa investigación. Dos naturalistas, Charles Darwin y Alfred Russel Wallace, propusieron en forma independiente en 1858 que la selección natural es el mecanismo básico responsable del origen de nuevas variantes genotípicas y, en última instancia, de nuevas especies.8 9 Actualmente, la teoría de la evolución combina las propuestas de Darwin y Wallace con las leyes de Mendel y otros avances posteriores en la genética; por eso se la denomina síntesis moderna o «teoría sintética».2 Según esta teoría, la evolución se define como un cambio en la frecuencia de los alelos de una población a lo largo de las generaciones. Este cambio puede ser causado por diferentes mecanismos, tales como la selección natural, la deriva genética, la mutación y la migración o flujo genético. La teoría sintética recibe en la actualidad una aceptación general de la comunidad científica, aunque también algunas críticas. Ha sido enriquecida desde su formulación, en torno a 1940, gracias a los avances de otras disciplinas relacionadas, como la biología molecular, la genética del desarrollo o la paleontología.10 De hecho, las teorías de la evolución, o sea, los sistemas de hipótesis basadas en datos empíricos tomados sobre organismos vivos para explicar detalladamente los mecanismos del cambio evolutivo, continúan siendo formuladas
El Utilitarismo
El utilitarismo es una teoría ética que asume las siguientes tres propuestas: lo que resulta intrínsecamente valioso para los individuos, el mejor estado de las cosas es aquel en el que la suma de lo que resulta valioso es lo más alta posible, y lo que debemos hacer es aquello que consigue el mejor estado de cosas conforme a esto. De este modo, la moralidad de cualquier acción o ley viene definida por su utilidad para los seres sintientes en conjunto. Utilidad es una palabra que refiere aquello que es intrínsecamente valioso para cada individuo. En economía neoclásica, se llama utilidad a la satisfacción de preferencias, en filosofía moral, es sinónimo de felicidad, sea cual sea el modo en el que esta se entienda. Estas consecuencias usualmente incluyen felicidad o satisfacción de las preferencias. El utilitarismo es a veces resumido como "el máximo bienestar para el máximo número". De este modo el utilitarismo recomienda actuar de modos que produzcan la mayor suma de felicidad posible en conjunto en el mundo.
El utilitarismo fue propuesto originalmente durante los siglos XVIII y XIX en Inglaterra por Jeremy Bentham y su seguidor John Stuart Mill, aunque también se puede remontar a filósofos de la Grecia Antigua como Parménides. Tanto la filosofía de Epicuro como la de Bentham pueden ser consideradas como dos tipos de consecuencialismo hedonista, pues juzgan la corrección de las acciones según su resultado (consecuencialista) en términos de cantidad de placer o felicidad obtenida (hedonismo).
Hay un debate sobre quién usó, por primera vez, el término "utilitarismo", si Bentham o Mill: John Mill (Autobiography, ed. J. S. Cross (1924), p. 56) dice que él fue el primero en utilizar el término "utilitarianismo" en relación con la "sociedad" que había propuesto fundar: "Utilitarian Society". Pero en una obra de Bentham, de 1780 (solo editada póstumamente), se descubrió que este autor lo usó primero que Mill, cuando quiso crear la "Secta del Utilitarismo" por esos años.
"Como movimiento, dedicado a la reforma -escribió Bertrand Russell-, el utilitarismo ha logrado, ciertamente, más que todas las filosofías idealistas juntas, y lo ha hecho sin grandes alharacas". Otra forma en la que puede decir es "el mayor bien, para el mayor número de personas".
Muchas teorías utilitaristas defienden la producción del máximo bienestar para el máximo número de personas. El utilitarismo negativo cree necesario evitar la mayor cantidad de dolor o daño para el mayor número de personas. Los defensores de esta interpretación del utilitarismo argumentan que ésta propone una fórmula ética más eficaz, pues hay más posibilidades de crear daños que de crear bienestar, y los daños mayores conllevan suicidio a los más grandes bienes. Es lo contrario del utilitarismo positivo. Defienden la producción del mínimo malestar para el máximo número de personas. David Pearce es uno de sus principales representantes.
Utilitarismo del acto contra el utilitarismo de las normas
Ingeniería Biomédica
¿Qué es?
Materiales
Aplicaciones en el sistema cardiaco
Aplicaciones en la odontología
Prótesis móviles
Estética y salud
¿Debe cubrirlo la sanidad pública?
Bibliografía
La ingeniería biomédica es el resultado de la aplicación de los principios y técnicas de la ingeniería al campo de la medicina.
Genera productos y nuevas tecnologías aplicables a la sanidad, como por ejemplo equipos médicos, prótesis, dispositivos médicos y de diagnóstico…
Deben de ser biocompatibles, inocuos y duraderos.
Como el plástico, el titanio, el acero y las aleaciones
Aumento de osteoporosis:
+ esperanza de vida
+ hábitos sedentarios
60.000 fracturas de cadera o cuello de fémur
Material más usado: Titanio poroso
Silicona
Fines estéticos
Implantes mamarios
Inyecciones de silicona
Reconstrucción del cuerpo
Implante mamario tras una mastectomía
Ya que las innovaciones biomédicas son tan caras, se plantea la siguiente cuestión:
¿Hasta qué punto puede la sanidad pública ofrecer estos tratamientos?
La ingeniería biomédica es el resultado de la aplicación de los principios y técnicas de la ingeniería al campo de la medicina. Se dedica fundamentalmente al diseño y construcción de productos sanitarios y tecnologías sanitarias tales como los equipos médicos, las prótesis, dispositivos médicos, dispositivos de diagnóstico (imagenología médica) y de terapia. También interviene en la gestión o administración de los recursos técnicos ligados a un sistema de hospitales. Combina la experiencia de la ingeniería con las necesidades médicas para obtener beneficios en el cuidado de la salud. El cultivo de tejidos, lo mismo que la producción de determinados fármacos, suelen considerarse parte de la bioingeniería.
REINO Protoctista (o Protista)
Esta presentación explica lo que es el reino protoctista y nombra alguna de sus características principales (hábitat, tipos de reproducción, forma, estructura, nutrición...). También entra en detalle en los tres tipos de protoctistas ,más conocidos: mohos, algas y protozoos.
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Robin hood and feudalism part 2
Slide 1: Title
Slide 2: Ballads, anonymous
Slide 3: Sung by minstrels
Slide 4: Hero, archer, sword
Slide 5: Robin’s society
Slide 6: Book: richard-crusade;John usurped the throne
Slide 7: Book: Money from rich to poor
Slide 8: Characters
Slide 9: Marian
Slide 10: the merry men
Slide 11: little john
Slide 12: friar tuck
Slide 13: lady kluck
Slide 14: john-richard
Slide 15: sir hiss: friend of john
Slide 16: sheriff of nottingham
Slide 17: popular folk figure, yeoman to outlaw
Slide 18: Feudalism
Slide 19: definition terminar.
Slide 20:relation with robin terminar.
Slide 21:paganism terminar.
Slide 22:the first of may terminar.
Slide 23:did robin exist? There were many Robins.Hood was a normal surname.It could be from wood.There were aswell many “hood” and “Hode”. terminar.
Slide 24:wakefield
Slide 25:miths and legends terminar.
Slide 26: robbing from the… terminar.
Slide 27: A real story terminar.
Slide 28:disappearance terminar.
Slide 29:death termminar
Slide 30:the mistery
Slide 31:activities
Hawaii
geography history economical activities
Hawaii (i/həˈwaɪ.iː/ or /həˈwaɪʔiː/; Hawaiian: Hawaiʻi Hawaiian pronunciation: [hɐˈvɐiʔi]) is the most recent of the 50 U.S. states (joined the Union on August 21, 1959), and is the only U.S. state made up entirely of islands. It is the northernmost island group in Polynesia, occupying most of an archipelago in the central Pacific Ocean.
Hawaii’s diverse natural scenery, warm tropical climate, abundance of public beaches, oceanic surroundings, and active volcanoes make it a popular destination for tourists, surfers, biologists, and volcanologists alike. Due to its mid-Pacific location, Hawaii has many North American and Asian influences along with its own vibrant native culture. Hawaii has over a million permanent residents along with many visitors and U.S. military personnel. Its capital is Honolulu on the island of Oʻahu.
The state encompasses nearly the entire volcanic Hawaiian Island chain, which comprises hundreds of islands spread over 1,500 miles (2,400 km). At the southeastern end of the archipelago, the eight "main islands" are (from the northwest to southeast) Niʻihau, Kauaʻi, Oʻahu, Molokaʻi, Lānaʻi, Kahoʻolawe, Maui and the island of Hawaiʻi. The last is the largest and is often called "The Big Island" to avoid confusion with the state as a whole. The archipelago is physiographically and ethnologically part of the Polynesian subregion of Oceania.
Hawaii is the 8th-least extensive, the 11th-least populous, but the 13th-most densely populated of the 50 U.S. states. Hawaii's ocean coastline is approximately 750 miles (1,210 km) long, which is fourth in the United States after those of Alaska, Florida and California.
Hawaii is one of two states that do not observe daylight saving time, the other being Arizona. It is also one of two states that are not in the Contiguous United States; the other is Alaska. Hawaii is the only state with an Asian plurality.
Greece: Sports, plays, and music
The culture of Greece has evolved over thousands of years, beginning in Mycenaean Greece, continuing most notably into Classical Greece, through the influence of the Roman Empire and its successor the Byzantine Empire. Other cultures and states such as Latin and Frankish states, the Ottoman Empire, the Venetian Republic, Genoese Republic, and British Empire have also left their influence on modern Greek culture, but historians credit the Greek War of Independence with revitalising Greece and giving birth to a single entity of its multi-faceted culture.
In ancient times, Greece was the birthplace of Western culture.[1] Modern democracies owe a debt to Greek beliefs in government by the people, trial by jury, and equality under the law. The ancient Greeks pioneered in many fields that rely on systematic thought, including biology, geometry, history,[2] philosophy, and physics. They introduced such important literary forms as epic and lyric poetry, history, tragedy, and comedy. In their pursuit of order and proportion, the Greeks created an ideal of beauty that strongly influenced Western art.[3]
The Aztecs
The Aztec /ˈæztɛk/[1] people were certain ethnic groups of central Mexico, particularly those groups who spoke the Nahuatl language and who dominated large parts of Mesoamerica from the 14th to 16th centuries. The Nahuatl words aztecatl [as'tekat͡ɬ] (singular)[2] and aztecah [as'tekaʔ] (plural)[2] mean "people from Aztlan",[3] a mythological place for the Nahuatl-speaking culture of the time, and later adopted as the word to define the Mexica people. Often the term "Aztec" refers exclusively to the Mexica people of Tenochtitlan (now the location of Mexico City), situated on an island in Lake Texcoco, who referred to themselves as Mexica Tenochca [me'ʃika te'not͡ʃka] or Cōlhuah Mexica [koːlwaʔ me'ʃika].
Sometimes the term also includes the inhabitants of Tenochtitlan's two principal allied city-states, the Acolhuas of Texcoco and the Tepanecs of Tlacopan, who together with the Mexica formed the Aztec Triple Alliance which controlled what is often known as "the Aztec Empire". In other contexts, Aztec may refer to all the various city states and their peoples, who shared large parts of their ethnic history and cultural traits with the Mexica, Acolhua and Tepanecs, and who often also used the Nahuatl language as a lingua franca. In this meaning it is possible to talk about an Aztec civilization including all the particular cultural patterns common for most of the peoples inhabiting Central Mexico in the late postclassic period.
From the 13th century, the Valley of Mexico was the heart of Aztec civilization: here the capital of the Aztec Triple Alliance, the city of Tenochtitlan, was built upon raised islets in Lake Texcoco. The Triple Alliance formed a tributary empire expanding its political hegemony far beyond the Valley of Mexico, conquering other city states throughout Mesoamerica. At its pinnacle, Aztec culture had rich and complex mythological and religious traditions, as well as reaching remarkable architectural and artistic accomplishments. In 1521 Hernán Cortés, along with a large number of Nahuatl speaking indigenous allies, conquered Tenochtitlan and defeated the Aztec Triple Alliance under the leadership of Hueyi Tlatoani Moctezuma II. Subsequently the Spanish founded the new settlement of Mexico City on the site of the ruined Aztec capital, from where they proceeded with the process of colonizing Central America.
Aztec culture and history is primarily known through archaeological evidence found in excavations such as that of the renowned Templo Mayor in Mexico City; from indigenous bark paper codices; from eyewitness accounts by Spanish conquistadors such as Hernán Cortés and Bernal Díaz del Castillo; and especially from 16th and 17th century descriptions of Aztec culture and history written by Spanish clergymen and literate Aztecs in the Spanish or Nahuatl language, such as the famous Florentine Codex compiled by the Franciscan monk Bernardino de Sahagún with the help of indigenous Aztec informants.
Maya Civilization
The Maya is a Mesoamerican civilization, noted for the only known fully developed written language of the pre-Columbian Americas, as well as for its art, architecture, and mathematical and astronomical systems. Initially established during the Pre-Classic period (c. 2000 BC to AD 250), according to the Mesoamerican chronology, many Maya cities reached their highest state of development during the Classic period (c. AD 250 to 900), and continued throughout the Post-Classic period until the arrival of the Spanish.
The Maya civilization shares many features with other Mesoamerican civilizations due to the high degree of interaction and cultural diffusion that characterized the region. Advances such as writing, epigraphy, and the calendar did not originate with the Maya; however, their civilization fully developed them. Maya influence can be detected from Honduras, Belize, Guatemala, and western El Salvador to as far away as central Mexico, more than 1,000 km (620 mi) from the Maya area. Many outside influences are found in Maya art and architecture, which are thought to result from trade and cultural exchange rather than direct external conquest.
The Maya peoples survived the Classic period collapse and the arrival of the Spanish conquistadores and the subsequent Spanish colonization of the Americas. Today, the Maya and their descendants form sizable populations throughout the Maya area and maintain a distinctive set of traditions and beliefs that are the result of the merger of pre-Columbian and post-Conquest ideas and cultures. Millions of people speak Mayan languages today; the Rabinal Achí, a play written in the Achi language, was declared a Masterpiece of the Oral and Intangible Heritage of Humanity by UNESCO in 2005.
Robin hood and feudalism part 1
Slide 1: Title
Slide 2: Ballads, anonymous
Slide 3: Sung by minstrels
Slide 4: Hero, archer, sword
Slide 5: Robin’s society
Slide 6: Book: richard-crusade;John usurped the throne
Slide 7: Book: Money from rich to poor
Slide 8: Characters
Slide 9: Marian
Slide 10: the merry men
Slide 11: little john
Slide 12: friar tuck
Slide 13: lady kluck
Slide 14: john-richard
Slide 15: sir hiss: friend of john
Slide 16: sheriff of nottingham
Slide 17: popular folk figure, yeoman to outlaw
Slide 18: Feudalism
Slide 19: definition terminar.
Slide 20: relation with robin terminar.
Slide 21: paganism terminar.
Slide 22: the first of may terminar.
Slide 23: did robin exist? There were many Robins.Hood was a normal surname.It could be from wood.There were aswell many “hood” and “Hode”. terminar.
Slide 24: wakefield
Slide 25: miths and legends terminar.
Slide 26: robbing from the… terminar.
Slide 27: A real story terminar.
Slide 28: disappearance terminar.
Slide 29: death termminar
Slide 30: the mistery
Slide 31: activities
English articles
a an and the
when to use them
what are they used for
The articles in English are the definite article the and the indefinite articles a and an (and sometimes some). Use of the definite article implies that the speaker assumes the listener knows the identity of the noun's referent (because it is obvious, because it is common knowledge, or because it was mentioned in the same sentence or an earlier sentence). Use of an indefinite article implies that the speaker assumes the listener does not have to know the identity of the referent. In some noun phrases no article is used.
Articles are a special case of determiners in English; for information about this class as a whole, see English determiners.
English: modal auxiliary verbs (theory and examples)
A modal verb (also modal, modal auxiliary verb, modal auxiliary) is a type of auxiliary verb that is used to indicate modality – that is, likelihood, ability, permission, and obligation.[1] Examples include the English verbs can/could, may/might, must, will/would, and shall/should.
In English and other Germanic languages, modal verbs are often distinguished as a class based on certain grammatical properties.
For more detail about modals in English, see English modal verbs.
Can
Could
May
Might
Will
Would
Shall (maily in British English)
Should
Must
Ought
when to use modal verbs
for what are they used for
God vs science
God vs. Science Big Bang Genesis the Creation Of Life Adam & Eve The Primordial Soup Darwin Theory Of Evolution Christianity Miracles Scientific Proof Conclusions Activities God Gods Faith
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English: modal auxiliary verbs (theory and examples)
English: modal auxiliary verbs (theory and examples)
Similar to Rome: army, gods and leisure
Gustavo Franco
Muito legal conhecer um pouco sobre o mundo mágico de Percy Jackson. E quem nos proporcionou isso foi o Gustavo Franco, aluno da Professora Júlia do Passages 1A.3. Parabéns, cara! - ALL Stella Maris - Mai. 2013
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Obesidad e infartos
Se denomina infarto a la necrosis isquémica de un órgano (muerte de un tejido por falta de sangre y, posteriormente, oxígeno), generalmente por obstrucción de las arterias que lo irrigan, ya sea por elementos dentro de la luz del vaso, por ejemplo placas de ateroma, o por elementos externos (tumores que comprimen el vaso, por torsión de un órgano, hernia de un órgano a través de un orificio natural o patológico, etc). El infarto al miocardio se produce al taponarse una arteria que lleva la sangre al corazón.
Los infartos pueden producirse en cualquier órgano o músculo, pero los más frecuentes se presentan:
en el corazón (infarto agudo de miocardio).
en el cerebro (accidente vascular encefálico).
en el intestino (infarto intestinal mesentérico).
en el riñon (infartación renal).
Si bien la mayoría de los infartos se originan por la obstrucción de una arteria (brazos, piernas, intestino, etc), los infartos pulmonares pueden ser de origen venoso por cuanto la sangre de la arteria pulmonar procede directamente de la circulación venosa a través de las cavidades derechas del corazón y es capaz de llevar un trombo desde las venas de las extremidades o abdomen a ocluir un vaso arterial pulmonar.
En el lenguaje coloquial, cuando se menciona la palabra infarto sin mencionar a qué órgano se refiere, se da por entendido que se trata de un infarto agudo de miocardio.
En cuanto a la manifestación en el electrocardiograma (EKG), un infarto se caracteriza por la tríada "ILI", aunque no se trata necesariamente de un proceso lineal, y en algunos casos sólo representa un problema cardiovascular y no la génesis de un infarto:
Argumentos a favor de la evolución biológica
La evolución biológica es el conjunto de transformaciones o cambios a través del tiempo que ha originado la diversidad de formas de vida que existen sobre la Tierra a partir de un antepasado común.1 2 La palabra evolución para describir tales cambios fue aplicada por primera vez en el siglo XVIII por el biólogo suizo Charles Bonnet en su obra Consideration sur les corps organisés.3 4 No obstante, el concepto de que la vida en la Tierra evolucionó a partir de un ancestro común ya había sido formulado por varios filósofos griegos,5 y la hipótesis de que las especies se transforman continuamente fue postulada por numerosos científicos de los siglos XVIII y XIX, a los cuales Charles Darwin citó en el primer capítulo de su libro El origen de las especies.6 Sin embargo, fue el propio Darwin, en 1859,7 quien sintetizó un cuerpo coherente de observaciones que consolidaron el concepto de la evolución biológica en una verdadera teoría científica.2
La evolución como una propiedad inherente a los seres vivos ya no es materia de debate entre los científicos.2 Los mecanismos que explican la transformación y diversificación de las especies, en cambio, se hallan todavía bajo intensa investigación. Dos naturalistas, Charles Darwin y Alfred Russel Wallace, propusieron en forma independiente en 1858 que la selección natural es el mecanismo básico responsable del origen de nuevas variantes genotípicas y, en última instancia, de nuevas especies.8 9 Actualmente, la teoría de la evolución combina las propuestas de Darwin y Wallace con las leyes de Mendel y otros avances posteriores en la genética; por eso se la denomina síntesis moderna o «teoría sintética».2 Según esta teoría, la evolución se define como un cambio en la frecuencia de los alelos de una población a lo largo de las generaciones. Este cambio puede ser causado por diferentes mecanismos, tales como la selección natural, la deriva genética, la mutación y la migración o flujo genético. La teoría sintética recibe en la actualidad una aceptación general de la comunidad científica, aunque también algunas críticas. Ha sido enriquecida desde su formulación, en torno a 1940, gracias a los avances de otras disciplinas relacionadas, como la biología molecular, la genética del desarrollo o la paleontología.10 De hecho, las teorías de la evolución, o sea, los sistemas de hipótesis basadas en datos empíricos tomados sobre organismos vivos para explicar detalladamente los mecanismos del cambio evolutivo, continúan siendo formuladas
El Utilitarismo
El utilitarismo es una teoría ética que asume las siguientes tres propuestas: lo que resulta intrínsecamente valioso para los individuos, el mejor estado de las cosas es aquel en el que la suma de lo que resulta valioso es lo más alta posible, y lo que debemos hacer es aquello que consigue el mejor estado de cosas conforme a esto. De este modo, la moralidad de cualquier acción o ley viene definida por su utilidad para los seres sintientes en conjunto. Utilidad es una palabra que refiere aquello que es intrínsecamente valioso para cada individuo. En economía neoclásica, se llama utilidad a la satisfacción de preferencias, en filosofía moral, es sinónimo de felicidad, sea cual sea el modo en el que esta se entienda. Estas consecuencias usualmente incluyen felicidad o satisfacción de las preferencias. El utilitarismo es a veces resumido como "el máximo bienestar para el máximo número". De este modo el utilitarismo recomienda actuar de modos que produzcan la mayor suma de felicidad posible en conjunto en el mundo.
El utilitarismo fue propuesto originalmente durante los siglos XVIII y XIX en Inglaterra por Jeremy Bentham y su seguidor John Stuart Mill, aunque también se puede remontar a filósofos de la Grecia Antigua como Parménides. Tanto la filosofía de Epicuro como la de Bentham pueden ser consideradas como dos tipos de consecuencialismo hedonista, pues juzgan la corrección de las acciones según su resultado (consecuencialista) en términos de cantidad de placer o felicidad obtenida (hedonismo).
Hay un debate sobre quién usó, por primera vez, el término "utilitarismo", si Bentham o Mill: John Mill (Autobiography, ed. J. S. Cross (1924), p. 56) dice que él fue el primero en utilizar el término "utilitarianismo" en relación con la "sociedad" que había propuesto fundar: "Utilitarian Society". Pero en una obra de Bentham, de 1780 (solo editada póstumamente), se descubrió que este autor lo usó primero que Mill, cuando quiso crear la "Secta del Utilitarismo" por esos años.
"Como movimiento, dedicado a la reforma -escribió Bertrand Russell-, el utilitarismo ha logrado, ciertamente, más que todas las filosofías idealistas juntas, y lo ha hecho sin grandes alharacas". Otra forma en la que puede decir es "el mayor bien, para el mayor número de personas".
Muchas teorías utilitaristas defienden la producción del máximo bienestar para el máximo número de personas. El utilitarismo negativo cree necesario evitar la mayor cantidad de dolor o daño para el mayor número de personas. Los defensores de esta interpretación del utilitarismo argumentan que ésta propone una fórmula ética más eficaz, pues hay más posibilidades de crear daños que de crear bienestar, y los daños mayores conllevan suicidio a los más grandes bienes. Es lo contrario del utilitarismo positivo. Defienden la producción del mínimo malestar para el máximo número de personas. David Pearce es uno de sus principales representantes.
Utilitarismo del acto contra el utilitarismo de las normas
Ingeniería Biomédica
¿Qué es?
Materiales
Aplicaciones en el sistema cardiaco
Aplicaciones en la odontología
Prótesis móviles
Estética y salud
¿Debe cubrirlo la sanidad pública?
Bibliografía
La ingeniería biomédica es el resultado de la aplicación de los principios y técnicas de la ingeniería al campo de la medicina.
Genera productos y nuevas tecnologías aplicables a la sanidad, como por ejemplo equipos médicos, prótesis, dispositivos médicos y de diagnóstico…
Deben de ser biocompatibles, inocuos y duraderos.
Como el plástico, el titanio, el acero y las aleaciones
Aumento de osteoporosis:
+ esperanza de vida
+ hábitos sedentarios
60.000 fracturas de cadera o cuello de fémur
Material más usado: Titanio poroso
Silicona
Fines estéticos
Implantes mamarios
Inyecciones de silicona
Reconstrucción del cuerpo
Implante mamario tras una mastectomía
Ya que las innovaciones biomédicas son tan caras, se plantea la siguiente cuestión:
¿Hasta qué punto puede la sanidad pública ofrecer estos tratamientos?
La ingeniería biomédica es el resultado de la aplicación de los principios y técnicas de la ingeniería al campo de la medicina. Se dedica fundamentalmente al diseño y construcción de productos sanitarios y tecnologías sanitarias tales como los equipos médicos, las prótesis, dispositivos médicos, dispositivos de diagnóstico (imagenología médica) y de terapia. También interviene en la gestión o administración de los recursos técnicos ligados a un sistema de hospitales. Combina la experiencia de la ingeniería con las necesidades médicas para obtener beneficios en el cuidado de la salud. El cultivo de tejidos, lo mismo que la producción de determinados fármacos, suelen considerarse parte de la bioingeniería.
REINO Protoctista (o Protista)
Esta presentación explica lo que es el reino protoctista y nombra alguna de sus características principales (hábitat, tipos de reproducción, forma, estructura, nutrición...). También entra en detalle en los tres tipos de protoctistas ,más conocidos: mohos, algas y protozoos.
5. los ácidos nucleicos
1) Definición
2) Composición
3) Fórmula General
• Pentosa
• Base Nitrogenada
• Ácido Fosfórico
• Nucleósidos
• Esquema Final
4) Nucleótidos no nucleicos
• Reacciones y almacenamiento de energía
5) ADN
• Investigadores
• Composición
• Estructura primaria
• Estructura secundaria
• Estructura terciaria
6) ARN
• Mensajero
• Ribosómico
• Nucleolar
• Transferente
4. las proteínas
1) Aminoácidos.
• Definición
• Composición
• Fórmula general.
• Características químicas
• Clasificación de los aminoácidos
• Carácter anfótero de los aminoácidos.
• Actividad óptica
• Aminoácidos esenciales y dieta
2) Polipéptidos.
• Definición.
• Enlace peptídico: Formación y fórmula
• Carácter doble del enlace peptídico.
3) Proteínas.
• Definición
• Propiedades
• Clasificación
• Funciones
• Niveles de organización estructural:
Estructura Primaria:
o Definición
o Características.
o Forma de simbolizar esta estructura.
Estructura Secundaria:
o Definición.
o Tipos y características.
o Forma de simbolizar esta estructura
Estructura Terciaria
Estructura Cuaternaria
3. los lípidos
COLEGIO BRAINS
Los Lípidos
Apuntes 1ºBachillerato
Álvaro Peña
Lípidos saponificables e insaponificables
23/03/2013
Índice: Los Lípidos
1) Concepto y clasificación
• Definición
• Composición
• Propiedades físicas
• Clasificación:
Según su función
Según su estructura molecular
2) Ácidos Grasos
• Saturados
• Insaturados
• Propiedades físico químicas
3) Grasas y ceras
• Definición
• Grasas
• Ceras
4) Fosfolípidos
• Definición
• Composición
• Los fosfolípidos en las membranas biológicas.
Micelas
Bicapas
Liposomas
5) Esfingolípidos
• Definición
• Composición
• Formación
• Esfingomielinas o esfingofosfolípidos
• Esfingoglucolípidos
Cerebrósidos
Gangliósidos
Funciones
6) Terpenos, esteroides y prostaglandinas
• Definición
• Terpenos
• Esteroides
• Prostaglandinas
2. los glúcidos
COLEGIO BRAINS
Los Glúcidos
Apuntes 1ºBachillerato
Álvaro Peña
Monosacáridos, holósidos y heterósidos
22/03/2013
Índice: Glúcidos
1) Definición
2) Clasificación
3) Monosacáridos
• Composición
• Características
• Fórmulas cíclicas
• Importancia Biológica
4) Oligosacáridos
• Composición
• Enlace O-glucosídico
• Disacáridos
Características
Los más importantes
5) Polisacáridos
• Composición y propiedades
• Homopolisacáridos estructurales
Celulosa
Quitina
• Homopolisacáridos de reserva
Almidón
Glucógeno
• Heteropolisacáridos
Hemicelulosa
Agar-Agar
6) Heterósidos
• Glucoproteínas
• Glucolípidos
7) Comparación: Celulosa, almidón y glucógeno.
1. las biomoléculas inorgánicas
1) Bioelementos:
• Definición
• Clasificación:
Mayoritarios:
o Primarios
o Secundarios
Oligoelementos:
o Esenciales
o No esenciales
2) Biomoléculas:
• Definición
• Clasificación:
Orgánicas: (no están en este documento)
o Glúcidos
o Lípidos
o Proteínas
o Ácidos Nucleicos
Inorgánicas:
o Agua
o Sales minerales
3) Agua
• Características
• Propiedades
• Funciones
4) Sales Minerales
• Definición
• Tipos:
En estado sólido
Disueltas
o Funciones específicas
o Funciones generales (homeostasis, ósmosis y regulación del pH)
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The modern software delivery process (or the CI/CD process) includes many tools, distributed teams, open-source code, and cloud platforms. Constant focus on speed to release software to market, along with the traditional slow and manual security checks has caused gaps in continuous security as an important piece in the software supply chain. Today organizations feel more susceptible to external and internal cyber threats due to the vast attack surface in their applications supply chain and the lack of end-to-end governance and risk management.
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Robert Boule is a technology enthusiast with PASSION for technology and making things work along with a knack for helping others understand how things work. He comes with around 20 years of solution engineering experience in application security, software continuous delivery, and SaaS platforms. He is known for his dynamic presentations in CI/CD and application security integrated in software delivery lifecycle.
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- 1. Roman army, gods and leisure By: Alvaro Peña AND Fran Ribas
- 3. Ranges •Optio. •Centurion. •Primipilo. •Laticlave tribune. •Agusticlave tribune. •Prefect of the camp. •Legacy.
- 4. Gods and godesses •Politeists. •Sacrifies. •Each god had one or more temples.
- 5. Jupiter •The most important. •Same as Zeus. •God of sky, rain and storms.
- 6. Neptune •God of sea. •Powers: tsunamis, shake the sea and foam horses.
- 8. Baths
- 10. Amphitheatres
- 11. Plays •Roman mimes. •Pantomimes. Simple mimicry. Mimicry with instrumental music. Mimicry with music and words.
- 12. Gladiator fights
- 13. They can be gladiator... •Slaves. •Free citizens.
- 14. Chariot racing
- 17. Circus maximus
- 18. We hope you have enjoyed it.We hope you have enjoyed it.