oceanwaves
Tuesday, May 29, 2012
Last Day
Today, we finished the poster. We plan on seeing what parts of the wave equation effects the velocity the most. And tonight, I am going to make a wave bottle.
Monday, May 21, 2012
Monday, May 14, 2012
DAY 8
What we have so far:
-Poster
-Poster
- Put together alreadt just need to put some more information on the poster
- Slides done to present
Monday, May 7, 2012
Day 7
Today, we started our Powerpoint which includes equations and diagrams.
We plan on buying a three-sided poster.
We are thinking about also using a water motor to generate waves and pointing out characteristics.
We plan on buying a three-sided poster.
We are thinking about also using a water motor to generate waves and pointing out characteristics.
Monday, April 30, 2012
DAY 6
The Moon:
The Moon effects water and tides with it's gravitational pull. Because of this pull, gravity can change the area and speed of the water in the day and night.
Project/Presentation:
The Moon effects water and tides with it's gravitational pull. Because of this pull, gravity can change the area and speed of the water in the day and night.
Project/Presentation:
- 3D Model; Consist the Sun, the Moon, and Waves.
- Shows that the Sun is farther away from the Earth then the moon is from Earth, so the moon is what controls the waves with it's gravitation pull.
- Powerpoint;
- Definitions of types of waves and the formula
- Poster
- Wave Diagrams; How it works and the progression of the waves
Monday, April 23, 2012
DAY 5
Plan For Project/Presentation:
- Powerpoint including the main idea with facts and details
- Project about how waves work and the different facctors that contribute to their movement.
Monday, April 16, 2012
DAY 4
Progression of Waves:
- In the first picture above, the picture illustrates the direction of the water motion at different points along the wave.
- The waves are also caused from the interaction wind and water, and also water and land.
- Bascom describes wavetank experiments where the circulation of the water was studied. The circles summarize the total motion of the medium when a full wavelength passes.
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