|
|
By varying the slope of descent students will discover
the difference in the energy to be extracted from falling water. |
Students will “distill” water from wet soil.
|
|
|
The pressure pipe is a simulation of a dam. The crucial
issue in water pressure is water column height, not water volume |
Students will build a sundial and determine the time
of day using the sun. |
|
|
| Students will measure the effects of gravity on the splash
diameter of a water drop. |
Students study how many times it takes to run water through
a flat-plate solar collector to get a 10-degree rise in the water temperature. |
|
|
| Students learn how much better a solar greenhouse is than
a standard greenhouse at keeping a steady temperature in the winter. |
The Solar Car Challenge leads students to explore solar
conversions, gears, friction, and design. |
|
|
| Students learn how the measure of power (watts) is the
result of multiplying volts x amps. |
Construction and manipulation of the components of the
Turbine will challenge students to seek more efficient ways of collecting
energy from wind and water. |