| Middle School
- "Motion can be described by a change in position
relative to a point of reference. An object’s
motion can be described by its speed and the direction
it is moving. An object’s position and speed
can be measured and graphed as a function of time."
- Free
Body Diagrams
In middle school, students study the concepts
that are covered in Newton's three laws. This
site contains background information on Newton's
laws and related concepts, including mass, weight,
frictional forces, forces in circular motion,
and the force of gravity. The concept maps help
students to discern the relationships among concepts.
- NASA
Glenn Learning Technologies Project - Rocket Activities
With some simple and inexpensive materials, you
can mount an exciting and productive physical
science unit about rockets for children.
The guide begins with background information sections
on the history of rocketry, scientific principles,
and practical rocketry. The sections on scientific
principles and practical rocketry are based on
Isaac Newton's Three Laws of Motion. These laws
explain why rockets work and how to make them
more efficient.
- Roller
Coaster Physics
Outstanding.
This Webquest will relate the ideas of Newton’s
Laws of Motion to the thrill and excitement of
riding the biggest and baddest roller coasters
around. Students research Newton’s Laws
of Motion and roller coasters. Students
will then use their research and knowledge to
evaluate roller coasters.
- Science
Lesson Plans
Site contains lesson plans with activities
that cover the above enablers under the headings:
Forces, Motion, Work, Energy and Simple Machines.
Each plan is detailed and includes grade level
and material needed.
- The
Physics Classroom
Outstanding!
Newton's Laws can be found here. Inertia and mass,
balanced and unbalanced forces, State of motion,
and a whole lot more. This site is a site you
will want to check out.
- The
U of O Physics Student Page
This has a few interactive lessons for 1-dimensional
kenimatics.
- "Forces have a magnitude and direction. Forces
can be added. The net force on an object is the sum
of all of the forces acting on the object. An object’s
speed and/or direction of motion changes when a non-zero
net force is applied to it. A balanced force on an
object does not change the objects motion (the object
either remains at rest or continues to move at a constant
speed in a straight line)."
- Frank
Potter's Science Gems
Excellent site for student interaction with
several concepts, including, force, motion, acceleration,
gravity, velocity, etc... Includes several student
activities where students are able to change the
parameters. Contains many excellent links to sites
on this topic.
- Free
Body Diagrams
Helps students develop skills in drawing free
body diagrams by providing background information,
examples, and an online self-test.
- Roller
Coaster Physics
Great information on types of energy and conservation
of energy via amusement park rides and games.
Some student interaction on the main page, on
the midway.
- "Some forces between objects act when the objects
are in direct contact (touching), such as friction
and air resistance, or when they are not in direct
contact (not touching), such as magnetic force, electrical
force, and gravitational force."
- Applied
Science - Electric and Magentic Forces
This is generally a resource site, but
it has some really nice interactive slide shows
about electricity and magnetism, including their
history. There are lessons with materials, background,
procedures, questions, etc.
- Auroras:
Paintings in the Sky
Good interactive site with lots of pictures.
Explains the formation of auroras and their relationship
to the earth's magnetic field. Good connection
with solar system and atmospheric science as well.
Lesson plans provided.
- Build
Beakman's Electric Motor
See a very easy way for your middle or high school
students to build and even take home a motor of
their own for little money and easy to find materials.
Many links to similar sites and scroll down to
the end for directions to build. Note: Play
with the motor yourself ahead of time, many materials
can be adjusted from the suggested materials.
(such as… ring magnets instead of rectangular,
plastic cup for base instead of wood block, vary
wire loop sizes by getting different dowel sizes
instead of toilet paper roll, different gauge
wire… many opportunities for discovery for students)
- Building
Big: Forces Lab
Enables students to experiment with the forces
that affect structures. They can also investigate
how the shape of a structure and the materials
from which it is constructed affect its ability
to withstand forces. Closely related to this benchmark
in that it related forces to their effect on objects
around them. Also related to benchmarks 1 and
2. Ideal for a hands on project revolving around
these ideas.
- Circles
of Magnetism IV
This activity demonstrates how electricity
can move something by using two parallel, current-carrying
wires that exert forces on each other.
- SIMPLE
MACHINES
Teacher lesson plans for pulleys, levers, inclined
planes, screws, wedges, wheel and axle, and machines
within machines. There are also subsets of activities
within these topics.
-
Simple
Machines
This site gives you an explanation of each simple
machine. Then, put simple machines to
work as you build a tree house.
- Static
Electricity
Teacher and student resource with fun diagrams
and graphics. Includes simple activities.
- Super
Sparker
Try this simple experiment and make your own lightning.
The directions and illustrations are great. There
is a follow-up article that explains the science
principles involved in the experiment.
- Work
is Simple With Simple Machines
Teacher lesson plans & student activities
with all six simple machines. Wheel & Axle,
screw, inclined plane, pulleys, wedge & Lever.
Includes force and work activities. Also contains
links to other sites.
- Frank
Potter's Science Gems
Excellent site for student interaction with
several concepts, including, force, motion, acceleration,
gravity, velocity, etc... Includes several student
activities where students are able to change the
parameters. Contains many excellent links to sites
on this topic.
- Free
Body Diagrams
Helps students develop skills in drawing free
body diagrams by providing background information,
examples, and an online self-test.
- Roller
Coaster Physics
Great information on types of energy and conservation
of energy via amusement park rides and games.
Some student interaction on the main page, on
the midway.
|