LEVEL I
Main idea: Measurements
Metric system, SI units |
LEVEL II
Main idea: Using graphs
to derive relationsip between physical quantities |
LEVEL III
Main idea: Work in 2D
sing Trig. and vectors |
useful conversions |
Math skills
(scientific notation, metric system,
SI units, conversion) |
graphing
(old: Graphing 1 Graphing 2)
graph papers |
trigonometry
vectors in 2D | cal = 4.15 joues
1 newton = 0.22 pounds
1pound=4.5 newton
1 kilo =2.2 pounds
|
labratios (working with ratios)
labmeasurements
(length, areas, volume, mass, weight)
|
Hooke's law |
Statics
equilibrium in 2D - lab: table force |
| density |
Vectors in 1D |
Dynamics
Newton's 2nd law in 2D - lab
friction and F = u N |
forces, example of forces:
gravity and beyond
old version: forces
|
Kinematics 1 -
deriving the equations using graphing |
Projectile motion
lab free-fall and projectile |
pressure1 introduction, pascals principle
pressure2: pressure in liquid
|
Kinematics 2 - equations of motion :
how to use them |
Torques in 2D: Lab only |
pressure3: buoyant force
pressure4: atmospheric pressure
|
Kinematics 3 - application : Free-Fall |
Circular motion in 2D
lab centripetal force |
| Torques |
Newton's 1st law : Inertia -
lab: Intertia scale |
Keplers' Laws : only lab.
polar graph paper
parameters: use: 50, 36, 365 |
introduction to energy
|
Newton's 2nd law |
Universal Gravitation /motion in heaven
(Kepler revisited)
|
| simple machines |
Newton's third law -
conservation of momentum |
satellite |
| Electrostatic |
WORK,
POWER, ENERGY
review quiz |
angular inertia, angular momentum
Harmonic motion:
pendulum lab (only lab)
|
Simple circuits: cicuit1, circuit2,
circuit 3 , lab battery, |
formation of images
lab reflection
lab refration lab lens |
optic1, optic1b optic2, optic3 |
magnetism ?
electromagnetism? |
GIANTS (history)
with the PBS video: Einstein big idea. |
LEVEL IV : wave1 (intro) waves2(properties)
waves3
(Sound: behavior of waves - in construction) |
