AL 8th STEAM Curriculum Theme Map

Transcription

1 AL 8th STEAM Curriculum Theme Map SUBJECT SS ¼ Tribal to Early Cultural and Technological Developments in Society, Science and Languages 2/4 Greeks and Romans to Christianity and Judaism and the Middle Ages ¾ Eastern Cultural Development Byzantine times Islam, Hindu, Buddism, Taoism 4/4 Southern Hemisphere Development Africa, S. America, Australia Sci ENERGY MOTION ATOMS PROPERTIES & REACTIONS Math Functions Geometry Pythagorean Stats & Prob

2 Tribal to Cyber People Global Cultural Development 1. SS global development tribal to cyber people and cultures 2. S Energy Transfer alchemy (magic) to science development of periodic table of elements discovery of atoms Newton, T&E 3. ELA languages from different cultures 4. M analysis of developments, arts, music, sciences and languages of regional, ethnic and religious developing cultures 5. FA art and periodic mediums from different cultures 6. Mu instruments and music from different cultures 7. PE games of various times and cultures health development concepts sterilizations, sanitation, etc.

3 SS 8 th Grade AL SS Arts** Prehistoric human group movements, early civilization (technology, labor, gov t, calendar, writings, developmen t of major religions and philosophies Classic Greece, Alexander the Great, Hellenistic World, Roman Empire, the beginnings of Judaism and Christianity, Classic India and China, (Hinduism, Budism, Taoism) Byzantine empire, early Russian state, Islamic civilizations, china s influence on Japan, Korea & SE Asia, African civ., Pre Columbian (Olmecs, Mayas, Aztecs, Incas, NA tribes, military & govt of early European mid ages, high mid ages, crusades, Renaissance, Black Death

4 Science 8 th Grade AL Science Energy, kinetic relationship to mass and speed, temperature transfer, conservation energy law 1687 Laws of motion, Newton, simple machines, mechanical advantage, waves mechanical or electromagenti c, stability, properties of sound and light, to encode and transmit info, analog / digital 1897 Atoms, protons, neutrons, electrons, matter, ionic & covalent bonds, solute and solvent solutions, kinetic energy, potential 1871 Periodic table patterns, compounds, mixtures, solutions, pure substances, thermal energy, properties, characteristi cs, chemical reactions & energy

5 Math 8 th Grade AL Math Numbers, Ration, Irrational, expressions, exponents, equations, proportional linear relationships, functions, relationships between quantities Geometry, congruence and similarity software, volume of cylinders, cones & spheres Pythagorean theorem Statistics and probability

6 ELA

7 T&E

8 Fine Arts 8 th Grade AL Fine/ Visual Arts Subject matter of other disciplines related to art, personal portfolio, use reflective ideas, imaginary content, personal experiences, interpersonal sensory responses vocabulary, compare to functional and natural objects, aesthetics, qualities, 1 and 2 point perspective, create from direct observation terminology, Works with traditional and nontraditional media (relate to periodic table of elements), 2 & 3D art, digital, safety, responsibility, cleanliness, care, collections of art for effect, Historical influences on art, themes, symbols, styles, periods, movements

9 Music 8 th Grade AL Music ID characteristi cs of music cultures (west vs. east, bagpipes, talking drums, jazz, mariachi, etc, Relationship of Amer. Music to Amer. /World History, relationship to other content areas Recognize opera, oratorio, musical theatre, Music mood selection, Unison or 2 part singing,

10 Physical Arts

11 Transportation Ties 3,500 BC the wheel was invented (now Iraq). made of solid pieces of wood lashed together spokes after 2,000 BC.

12 Pythagorean Ideas

13 Pythagorean Liquid Box Model built out of glass or plastic so that the squares on the sides and hypotenuse can hold a colored liquid. The liquid is then allowed to flow into the large square on the hypotenuse and demonstrates that the two squares exactly fill the lower square.

14 Pythagoras' Tree The construction of the Pythagoras tree begins with a square. Upon this square are constructed two squares, each scaled down by a linear factor of ½ 2, such that the corners of the squares coincide pairwise. The same procedure is then applied recursively to the two smaller squares, ad infinitum.

15 Probability Global Games

16 Ionic Bonds Hula Hoops + Magnets VIDEO