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Science 8 – Intro

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Energy and Matter LB 530 JAC

pg 4 (3:20) What is Matter?

pg 8 – website – pitch drop experiment (longest running experiment)

pg 10 – website – types of matter

pg 12 (3:13) uniform circular motion

pg 16 – website rubber bands experiment – potential and kinetic energy

pg 18 (5:22) Nye – simple machines demonstration

pg 26 (3:26) James Clark Maxwell- Electricity and magnetism

pg 28 – website – (2:42) Fossil Fuels

pg 30 – website – (:59) Speed of sound explained

pg 40 (1:56) carbon dating

Machines LB 621 PAR

pg 4 (4:36) Machines (no narration)

pg 10 – website – best temperature for a fridge

pg 22 (3:05) Short history of the Internet

pg 26 – website – Short history of the video game console

pg 30 (3:52) Modern fossil fuels

Matter Energy and Heat LB 530 TIT

pg 4 (5:24) Matter facts

pg 8 – First Person – Robert Boyle

pg 10 (7:45) How is a liquid liquid (intermolecular forces)

pg 14 (3:15) Will a pop can float?

pg 14 – document – Archimedes and the gold crown

pg 16 (5:53) Thermodynamics

pg 16 – website – What is heat?

pg 18 (1:48) Heat creates mechanical energy

pg 24 (2:42) Thermal expansion of water contributes to effects of climate change

pg 26 – website – Boiling water in space (astronaut blogpost)

pg 28 (2:21) Expansion of solids

pg 30 (1:28) How greenhouses work

pg (4:07) drag experiment (flow)

Mechanics LB 621 TIT

pg 4 (3:02) Measuring matter (animated)

pg 4 – website – Explaining standard form

pg 8 (5:06) Measuring temperature

pg 10 (2:53) What is an atom?

pg 10 – document – Neils Bohr and Quantum Mechanics

pg 12 (7:55) Isotopes

pg 12 – document – Nobel lecture on Mass Spectra and Isotopes

pg 14 – website – separating isotopes

pg 16 – primary documents – letters between Galileo and Kepler

pg 20 – website – about vectors

pg 22 – website (7:16) Newton’s Laws on the International Space Station

pg 24 (2:59) Satellites

pg 26 (1:28) Pendulums

pg 28 (5:34) What is horsepower?

pg 30 (1:52) Equilibrium

pg 32 (2:09) Levers

pg 34 (2:45) Inclined Planes

pg 40 (2:47) Periodic motion

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