Summary

This document provides an overview of the history of science, focusing on different ages and civilizations. It details the development of tools, agriculture, and astronomy, highlighting key events and figures from various periods.

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History of Science - more specialized activities - combines copper and tin to - leatherwork, basketry, fishing make bronze Paleolithic Age tackle, stone axes, and wooden...

History of Science - more specialized activities - combines copper and tin to - leatherwork, basketry, fishing make bronze Paleolithic Age tackle, stone axes, and wooden - bronze jewelry, tools, weapon (500,000 BC - 10,000 BC) objects, canoes, bows, - old stone age DOMESTICATE animals, impacts on history - carve stones (into geometric planted crops, stone circles, a. enabled them to alter shapes) and use them as tools hinges environment at a greater rate - stone axes, bone needles, - development of culture hearth sites - need to document food Iron Age - began when ancestors gathering activities (painting in (700 BC - 450 AD) (hominids) first made tools to caves) - iron make lives easier - iron chisels, ornamental jewelry, - weapons to hunt– but they had impacts on history swords, axes, spearheads to OBSERVE- strategize and a. more settled communities plan in groups b. boost population impacts on history - BOTANY - classified plants as a. military dominance edible or poisonous (trial and Neolithic Age b. iron plows = increase food error) (4,000 BC - 2,300 BC) production - nomadic lifestyle (nomads) - new stone age - agriculture really flourished, MESOPOTAMIAN CIVILIZATION impacts on history year round settlements - invented the wheel for pottery a. improved diet - pottery, polished stone tools, - transportation became faster b. enhanced security (kasi marami spinning and weaving tools, - they made chariots (also for na sila) wooden plows, sickles war) c. boost population impact on history - getting water for irrigation a. dependable year-round supply, system using water wheels Mesolithic Age division of labor, spurs invention - clay tablets to document (10,000 BC - 4,000 BC) and innovation - first system of writing: - rise of microlithics (small cuneiform geometric stone tools) Bronze Age - even astronomical events were - fishhooks, harpoon tips, dart (2,300 BC - 700 BC) recorded (they were fascinated tips - development of metallurgy with the night sky) - gave us first constellations medicine and health (Egypt) - believed heavenly bodies were (worshipped them) - religious beliefs gods - made observatories - doctor-priest/communicating - amazed by Kochab (bowl of - priest studied the stars with Gods to heal the LD) and Mizar (middle of - 12-month calendar - Gods - animals and heavenly hande of BD) = indestructible - priest predict solstices, eclipses bodies - Thuban - North Star - ziggurat - temple as worship - Illness is due to the presence of - Polaris - North Star NOW and astronomical observatory evil spirits (prayers as healing) (wobbling effect of earth’s (2 to 7 levels) each level is - medicines as pain receiver rotation (precession), shift of dedicated to an astro object (but not healing) the location of stars) - 7th day cycle– 7 days of week - God jaguars, falcons, Horus - annual flooding of nile - sunday - son - mummification - preserving foundation of ancient egypt monday - moon the dead by removing internal civilization and agriculture tuesday - tiw (god of war) mars organs and placing them in jars, - predicting flooding - driving wednesday - woden (sky god) embalmed with chemical force of astronomy mercury concoctions, body wrapped with - rise of sirius - flooding of nile thursday - thor (thunder) jupiter linen, and placed in a coffin. friday - frigg (beauty) venus - they were knowledgeable in - aligned pyramidsand temples saturday - saturn human anatomy. (performed toward the north (pharaohs will - positions of stars affect their surgery, invented surgical become stars in the northern lives (zodiac) instruments) sky after the die) - planting and harvesting season - precise orientation of (zodiac) agriculture (Egypt) pyramids to the stars - circles 360 degrees - dessert - entrance burial chamber - - algebra for land excavation - they needed to channel water aligned with Thuban calculations from the Nile River by - shaft aligned with orion’s belt - asphalt roadways constructing a network of canal - pyramids (represents the belt of - brought irrigation to a higher Orion) EGYPTIAN CIVILIZATION level - pyramids egyptian inventions - complex irrigation systems astronomy (Egypt) - metalmaking (3000bc) - metallurgy - mixing small amount of tin and - drama, theater, literature and distance between the copper = bronze - mathematics and logics, cities) - overlaps with the bronze age astronomy, medicine, - ptolemy; geocentric model, - Writing (hieroglyphics - democracry cosmic spheres, problem abt logographic, alphabetic) - history and geography mars, west to east to west to document to keep record - sculpture and architecture east (retrograde motion) - first paper - papyrus (plant, - models and observations - to - ptolemy: epicycle - as planet cuperus papyrus, found in explain the workings of heaven moves around earth, it moves mediterranean region) - instruments - limited to also in a circular motion, moves - ink - vegetable gum, soot, and naked-eye observations in a deferent (bigger sphere) bee wax (replaced with red - astroline - to determine the - standard model for 1500 ochre) position of heavenly bodies years (church) - makeup - simulator - eudoxus omnidaim, - equant - the epicycle and - ox-drawn plows (bronze) and motion of the planet, model of deferent was centered in here sickles uni - geocentric with cosmic - it was a messy idea - clocks (sundial) shadows - spheres / cannot explain longest and shortest day of the movement of mars ROMAN CIVILIZATION year, obelisk - aristotle (astronomer, father of - made very little contri to - calendar - sirius appearance biology) - classified living science (365 days, 12 month, 30 days) things, animals habitat, plants - focused on expanding empire - toothpaste - powdered ox stem structure - military, weapons, battering ram hooves, ashes, burnt eggshells - aristotle - crystalline spheres, - astronomy is the oldest branch and pumice. added mint, refined eudoxus model, cannot of science rocksalt, pepper, iris flower explain movement of mars - galen - greek physician, chief para mabango - eratosthenes - circumference physician to the gladiators - lint, swabs, bandage of the earth (famous well in (interested in human anatomy) syene , nile rivers , at noon one - wounds of the gladiators GREEK CIVILIZATION day each year during summer became windows for him to - politics, philosophy, art, and solstice june 20-22, suns rays study human anatomy scientific shown straight down into the - he described cranial nerves and - separate religion from study of well) (pole in alexandria, it cast heart valves, showing arteries nature a shadow) the earth is curve carry blood (inaccurate drawings kase di sya - dark ages - tomatoes, potatoes and corns marunong) - burning of the library of did not arrive in Europe until - the catholic church accepted Alexandria (many knowledge Europeans voyaged to the his work, standard model of was lost forever) america human anatomy - Benedictine monks made - spices and herbs for flavor roman engineers copies of the remaining books - herbs for medicine - crossbow and catapult - maraming rebelde - exotic spices: ginger, pepper, (originally mesopotamia) artifacts: wheeled plow, horseshoes, and cinnamon - aqua duct systems waterwheels, windmill, cast iron, - salt: popular commodity to (waterwheels), sanitary system, cannons, compass, ocean going ships preserve meats and vegetables and extensive road system - the chinese traveled using (indicator of wealth) (concrete) compass - beer for breakfast (calories) - first steam engine (umiikot, impact: - 1066 - surnames (changed at refined by James Watt) - gunpowder will at first but after a while, they - roman colosseum, - vertical windmills, spectacles stuck.) (their surnames had amphitheater (gladiator fights) - - mechanical clocks something to do with their giant buildings, complex, - watermills occupation, smith) arches, domes - gothic archi, medieval castles - children as young as 11 were - roman mining (hydraulic power) - agriculture (three-field crop considered adults for coins rotation) - education is reserved for the - computers, position of sun and nobility and the clergy, monks moon - commoner and lowclassmen - girls were excluded from formal - nanotechnology - small - hunting is a sport enjoyed by education particles upperclassmen - in 1322, Elizabeth Declair took - heating systems (floor and - food: bread, porridge, fruits and an interest in schooling (paid for baths) vegetables many people who lived in her - surgical instruments village to go to school) hippocrates - chickens, cows, andd sheep - forms of entertainment: party, - father of medicine are more valuable alive as festivals, fairs and carnivals they provided eggs, milk, and related to seasons and religious THE MIDDLE AGES/MEDIEVAL wool occasions (2) storytelling, - fall of roman empire - wheat, barley, and vegetables singing, music, and dancing, (3) games, chess, gambling with - world exploration - uncle jorgen gave his life to dice and cards, (4) animal - shakespeare’s work save King Fredrick II from racing, sports, athletic events - Columbus discovered the New drowning during festivals, archery, World in 1492 - Tycho inherited jorgen’s estate hammer throwing, jousting, - Ferdinand Magellan, the first - he then gained the king’s favor early form of soccer (it was person to successfully - King gives him Island Hven to outlawed bcs it wasted the circumnavigate the globe in the make an observatory energy of soldiers) early 1500s - made a castle in the Island - hery gertie - complex medieval - development of printing press called Uraniborg after the instrument (invented by chinese, but goddess of sky Urania - first and second sleep napabilis ang process, low - he was a party guy - weaving - man’s job cost)-- Johannes Gutenberg - he lost his nose in a - cloth and dyes were limited - This was the most imp. math-fueled duel, it possibly - bandits - thieves technical achievement during inspired shakespeare to write - roman roads were used as Renaissance hamlet navigation - nagpagawa ng bronze nose - compostela - famous science - made astronomical instruments destination for medieval - classical text, ancient greek to assemble voluminous data pilgrims (shell-shaved badge) - astronomy, anatomy, medicine, (quadrant - to measure angular - merchant: high chance to travel geo, alchemy, math, archi as distances of stars) - rockets the ancients studied them - greatest of the naked eye astronomer RENAISSANCE nicholas copernicus - made accurate calculation of - Age of Enlightenment - improved ptolemy’s model, the position of mars - Rebirth of science & culture/ placing the sun at the center - just lately, his body was human knowledge - solved the problem of exsumed, found maraming - they revived classical antiquity retrograde motion mercury (cause of death) - astronomy, philosophy, printing - the church got mad, banned his - bigla namatay sa party press book 1616 TYCHONIC MODEL - vernacular lanuage in writing, - he needed evidence - earth is center but the planets latin revolve around the sun - sculpture tycho brahe Johannes Kepler - the speed of an object falling is - 3 years old, nanay nya nag - assistant ni brahe not proportionate to its weight asawa so iniwan sya sa lola - he supported copernicus (this was repeated on the - 12 y.o. nareunite with mother - magaling sa math moon, apollo 41) after mamatay ang asawa, and - kaaway ni brahe kaya hindi niya - shota niya si marina gamba, 2 may tatlong bagong kapatid pinakita lahat ng data daughters and a son - insecurity, he anxiously - primary suspect kay brahe - 1609, he figured out the secret obsessed over his published - got access to brahe’s data, and of the invention of telescope, work, mainitin ang ulo formulated the laws of and made his own - king’s school in grantham. planetary motion - magnify 30 times - the mother’s plan was to make (1) all planets move around the sun 1. 4 moons of jupiter him a farmer, (ayaw niya) in elliptical orbits, oval 2. rings of saturn (he saw rabbit - so nag aral uli sya (2) closer to sun, increased speed ears) (3) how long a planet moves 3. craters in the moon 1. optics, motion, mathematics around the sun is related to the 4. sun spots (nabulag sya dahil 2. white light - consists of all distance to sun dito) – walang solar filter colors (robert hook cinlaim na 5. phases of venus (venus sya daw ang nakadiscover) Galileo Galilei revolves around the sun) – 3. principia, essential concepts of - modern view of science supported the copernican physics – gravity, laws of - from faith-based to model motion observation-base d - dahil dun, suspect of heresy 4. reflecting telescope - used - greatly improved the newly (sinungaling) mirror invented telescope technology - life imprisonment (hans) - worked with a young student, INDUSTRIAL AGE - Pisa, Tuscana, Feb 15, 1564 Vincenzo - use of complex machinery and - monastery school, vallombrosa - Pope John Paul made an factory - uni of Pisa, study of medicine apology to Galileo - agriculture to urbanized - he was enamored with math, - artifacts: steam engine, decided to make it his isaac newton electricity, automobile, airplane, profession - england pn 25 december, 1642 radio, tv, telephone, rocket - college dropout - mayaman na farmer and father - population, improvement of - father of experimental science na namatay 3 months old living standards steam engine - backbone of U.S. economy - - experimented using gliders - invented practically by thomas changes america’s landscape - also invented wind tunnel savery (but it first appeared - urban sprawl - naglipatan sa - led to development of many during Roman Civilization) – urbanised area airplanes crude steam engine - paved roads, gas stations, - military patented - he was an english military motels, shopping centers, - messerschmitt Me - first engineer and inventor public garages, automatic traffic jetpowered - thomas newcomen - signals - boosted our power of atmospheric steam engine movement (more efficient), ginagamit sa origin of mercedez benz - enhanced our vising - earth farms and factories - 1901, after death of daimler from above - james watt - scottish, valves (asawa ni karl) - before, only balloons nalang (kaya watt ngayon), he - minarket ni emil jellinek yung - international trade, business made steam engines smaller car, then nagdrive sya sa isang relations, cultural exchange steam locomotive race under the name “monsieur - economic growth - george stephenson mercedes” (his daughter) - airports = economic hubs - invented lamp for miners - he trademarked - rails chuck yeager - stephenson rocket - father of henry ford - xs-1 broke the sound barrier railway - founder of ford - glamorous glennis (wife) - people travelled, moved into - made automobiles affordable - powered by rocket motors cities for middle-class Americans - population doubled in london through fordism (lahat ng neil armstrong - term horsepower components, sa factory - piloted x15, almost reached the automobile ginagawa, hindi handmade) edge of atmosphere - karl benz - three wheeled motor car, motorwagen airplane Electricity - first true automobile - wilbur and orville wright (4 - throttle system, spark plugs, gift years of research and alessandro volta shifter, water radiator, development) - invented battery, based from carburetor, and other - first flew at Kitty Hawl, North Galvani’s study Carolina - luigi galvani experimented on - alexander graham bell won a dead frog the first U.S, patent for the - volta stacked zinc, cloth, copper device, 1876 (voltaic file/cell) - long-distance voice communication hans christian oersted - business efficiency - discovered than an electric - created new jobs current produces a magnetic - influence social etiquette field - gender roles - led to invention of electrics - emergency services and news distribution michael faraday - law of induction thomas edison - invented electric generator - he increased the lifespan of (parang may disk in between light bulbs by adding tungsten magnets) kaya napatent sya - generator converts mechanical - he had conflict with nicola tesla energy to electrical power - came up with phonograph - first recorded voice samuel f.b. morse - listen music, led to invention of - telegraph vinyl record and taperecorder, - morse code mp3s - made comms quicker - development of jazz - helped railway system - kinetoscope - moving pictures, coordinate schedules led to movie projectors - white house strategy during civil war the telephone - antonio meucci, basic phone - charles bourseul, phone

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