Mr. Ashleman's
Home
Expectations for all classes
Math & Computer Skills to Survive Science
Cornell Note Taking System (CTNS)
Nature of Science
>
The Scientific Method and Problem Solving
Chemistry
Human Impact on the Ecology
Physical Science Resources
Motion
>
Motion in 1D Physical Science
Force Impulse and Momentum
>
Newton's Laws
Momentum
Work Energy and Power
Fluids
Force(s) at a distance
Thermodynamics & Energy Production
>
Waves
>
Electromagnetism
>
Electricity
Magnetism
Properties of Matter
STEM
Physics
Physics Honors Project First Semester
Motion
>
Physics 1d Motion
2d Motion
Force Impulse and Momentum
>
Newton's Laws
Momentum
Fluids
Force(s) at a distance
Simple Harmonic and Circular Motion
Work Energy and Power
Electromagnetism
SAS of Work à mad and that setting on thing equal to another can get to a lot of strange things.
https://youtu.be/WTfLrIEaRHA
TED on work
SAS on simple machines
https://youtu.be/3QiLlc9QMU8
TED for efficiency
https://youtu.be/Q5iOUj8Kn2E
TED on mechanical advantage
SAS is that Energy is the ability to do work
SAS on conservation of energy
https://youtu.be/fnmjdOSKEhg
for ED.TED.com on conservation
https://youtu.be/fnmjdOSKEhg
repeat maybe
https://youtu.be/jnCvVO6LrWA
for ed.ted.com on pendulum for conservation
https://youtu.be/dk96zfYZQXo
for ed.ted.com efficiency as a conservation of energy
SAS on gravitational potential energy, verses elastic, chemical, nuclear
SAS on kinetic energy
Home
Expectations for all classes
Math & Computer Skills to Survive Science
Cornell Note Taking System (CTNS)
Nature of Science
>
The Scientific Method and Problem Solving
Chemistry
Human Impact on the Ecology
Physical Science Resources
Motion
>
Motion in 1D Physical Science
Force Impulse and Momentum
>
Newton's Laws
Momentum
Work Energy and Power
Fluids
Force(s) at a distance
Thermodynamics & Energy Production
>
Waves
>
Electromagnetism
>
Electricity
Magnetism
Properties of Matter
STEM
Physics
Physics Honors Project First Semester
Motion
>
Physics 1d Motion
2d Motion
Force Impulse and Momentum
>
Newton's Laws
Momentum
Fluids
Force(s) at a distance
Simple Harmonic and Circular Motion
Work Energy and Power
Electromagnetism