Helpful Hints for Using The PackagesThe activities in these packages are hands-on ways to engage students in thoughtful science. Several of the packages allow students to experience phenomena that can only be described as "cool" (the Michelson Interferometer is way cool). Each package is designed to meet several science standards in Washington and Oregon. All of the activities have a connection to the science that occurs at LIGO (the Laser Interfereometer Gravitational-wave Observatory near Richland, WA). Those teachers who might wish to make a field trip to the LIGO Hanford facility will find that each package is related to one or more exhibits at LIGO. Our intent is that students will be able to link their work in the classroom to their field trip experience at the Observatory.
We have prepared middle school and/or high school versions of most of the packages. However teachers of upper middle or lower high school students might want to look at the 'other' version of a package when deciding which one to use. A ninth grade teacher might like the 5-8 version of the spectroscope better than the 9-12 version, for example. Hopefully teachers will find that the materials are easy to modify for their own particular needs(see the downloading tips below).
When you click on an 'apple' link in the table of packages, an HTML document will appear on your screen that will display the entire contents of the package you have selected. You will see a list of links near the top of the document. A copy of the link list is shown below (for viewing only). Click on those links to jump to the corresponding locations within the package.
Learning objectives for the activity
State science standards addressed by the activity
Safety awareness
The procedure for the activity
A student handout
A set of LIGO field trip activities
A downloadable MS Word version of the package
You have at least two choices for acquiring the contents of the packages. Beware that these instructions may not be completely accurate if you have different versions of the browsers than ours.
You can use each package as a stand-alone classroom activity. All of the packages are also connected to a field trip activity at LIGO. The field trip activities utilize the Observatory's visitor exhibits. These activities are contained in a field trip package that we call 'The LIGO Explorer'. You can see the LIGO Explorer by clicking on the A set of LIGO field trip activities link in the link list at the top of each package. Let's say you wanted to give your students some practice on the mathematics of scaling relationships. You could use the activity package called "Scaling the Layers of the Earth's Atmosphere" in your classroom. Then you could take a field trip to LIGO and do the "Journey to the Stars" field trip activity here at the site. The activity is in the LIGO Explorer packet.
We have the LIGO Explorer and an accompanying teachers guide on the Teachers Corner Web site in HTML and MS Word formats. If you take a field trip to LIGO, we will have copies of the LIGO Explorer for your students here at the Observatory. You will not need to make and bring your own copies unless you prefer to do so.
The table below shows the relationships between the classroom activities and the LIGO Explorer field trip activities
| Teachers Corner Classroom Package | Related LIGO Field Trip Exhibit | Science Themes of the Package or Exhibit | Additional LIGO aspects of the exhibit |
|---|---|---|---|
| Scaling the Layers of the Earth's Atmosphere | Journey to the Stars | Scale relationships in the use of models | LIGO tries to 'listen' to events and processes that may happen millions or billions of light years away |
| The LIGO Star Chart | Journey to the Stars | Relative locations of stars & constellations in the night sky | The sky is LIGO's laboratory. Learn your way around the lab. |
| Build and Use a Simple Spectroscope | Scoping the Stars | The nature of light & the spectroscopy of visible light sources | The LIGO interferometers are light-based instruments, but LIGO, unlike a spectroscope, is not a light wave detector. LIGO is a gravitational wave detector. |
| Build and Use Your Own Michelson Interferometer | The Little Michelson Interferometer (similar to the Package model but a bit fancier) | Light interference; the nature of laser light; interferometers as measurement instruments | LIGO interferometers use the basic design of a Michelson, but are very large and very complex instruments |
| The Scientific Method with A Pendulum | A Pendulum is One Type of Falling Object; Heavy as a Rock, Lght as a Feather (Free-fall Tube) | The nature of gravity & the nature of science | Einstein's relativity-based model of space and time forms the foundation of LIGO's explorations of the universe |
| Powers of Two | Film: Powers of Ten (The film is not part of the LIGO Explorer but we would be happy to show it at the teacher's request) | The difference between linear and exponential relationships | The extraordinary magnitudes of many LIGO quantities (both large and small) make exponential and logarithmic relations essential for our work. |
Last modified January 26, 2005
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