Eureka Videos
name: _______________________
Eureka 1 - Inertia (http://tinyurl.com/nlps5uo) (1:22)
Things “like” to keep on doing ________________________________________________________1.
Physicists have a special word for “laziness”: ______________________.
Example:
Eureka 2 – Mass (http://tinyurl.com/nbrqynd)
The more the ________________, the more the ________________.
Example:
Eureka 3 – Speed (http://tinyurl.com/neczmzh)
Force varies with Mass and __________________________________________.
Example:
Eureka 4 – Acceleration p.I (http://tinyurl.com/pd6zqr9)
Force = _____________________ X ________________________________
Example:
Eureka 5 – Acceleration p.II (http://tinyurl.com/owj9ljx)
Acceleration = ___________________
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Eureka 6 – Gravity (http://tinyurl.com/qhq34b5)
All objects in the Universe __________________ all other objects to some extent.
The Acceleration at which every object falls to the Earth is roughly ___________________________2.
The Force of Gravity acting on the average apple3 is exactly ____________________________4.
Example:
Eureka 7 – Weight vs. Mass (http://tinyurl.com/noelr5a)
In Physics, Kilograms measure your ________________, but your _________________ is always
measured in Newtons.
Wherever you go on the Universe, your mass ___________________________. Only your weight
____________________.
Example:
Eureka 8 – Work (http://tinyurl.com/qz8386n)
Work = ______________ X _____________________________
1 newton meter = 1 joule, or ____________ = _____________
Example:
Eureka 9 – Kinetic Energy (http://tinyurl.com/ohpaz9l)
Enegy = The _____________________________________________________.
Both Work and Energy are _________________________________________________.
The energy of movement = _________________________ energy.
Example:
Eureka 10 – Potential Energy (http://tinyurl.com/qz54u36)
Potential energy is the energy of ___________________________.
Example:
Eureka Videos
name: _______________________
Eureka 11 – Inclined Plane (http://tinyurl.com/npvulce) (0:42)
The plank5 doesn't ____________________ the energy needed to do something, but it does help to use
energy more ______________________.
Example:
Eureka 12 – Lever (http://tinyurl.com/q9xjauu)
A fulcrum is a __________________________________.
When you _________________ the distance you can _______________ the force.
Example:
Eureka 13 – Mechanical Advantage and Friction (http://tinyurl.com/qflnvlj)
M.A.6 = _______________________________________ / ___________________________________
The Lever is a more efficient machine than the Inclined Plane because the Inclined Plane is
___________________________________________________.
Example:
Eureka 14 – Screw and Wheel (http://tinyurl.com/qawwjv6)
There are only two basic machines: _______________________________ and __________________.
A twisted Inclined Plane is called a _________________.
The Circular Lever = ___________________________7
Example:
Eureka 15 – The Pulley (http://tinyurl.com/p3rw9hb)
A wheel that is used mainly for _____________________________________ is called a Pulley.
To figure out the mechanical advantage of each system of pulleys, all you do is
___________________________________________________________supporting the weight.
Example:
NOTES
1. to ____________________ moving, or to ______________________________________
2. _____________ m/s2
3. ______________ grams
4. ___________
5 a.k.a. ____________________________________
6. Mechanical Advantage has _________________________
7. a.k.a. _______________ and _______________