The schedule of the course: http://justonly.com/physci/ps107/schedule.php is being filled out as we go along so it is always changing as new information is added. Because I’m teaching this course for the first time I am learning how long each lesson takes. I’ve put up the date of the first unit test. The test will cover lessons 1,2,3 and4. Here are some tips to be ready:
1. Be sure you can answer the questions in each unit. If you don’t understand something ask about it in class!
2. Read at least two newspaper stories, more if you can, and write summaries in your journal. The goal of this class is to improve your understanding of CURRENT PUBLIC issues in Physical Science – and so I want to help you understand these news articles better.
3. Develop your glossary. Nobody knows all the words in the English language – but we are always learning new words. As you are reading pick out some words whose meanings you don’t know well – and look them up in a dictionary (book or online). Write the definitions in the glossary section of your journal.
4. On your own – follow the background links – as many as you can. Look around at these websites. Watch any videos that are posted. All this exposure to information will help you develop good questions to ask in class!
5. COME to class. Missing class is the worst thing you can do in this course. If you are there and you are participating you will do well. Be there or be square:-)
See you next class!





On Monday (2-1) students indentified rock samples by observing their details and measuring their mass and volume to determine their density. Granite and basalt are the most common rocks – granite making up the core of mountains and basalt found on the ocean floor. Other rocks examined included the igneous rocks: diorite, gabbro, obsidian, pumice and felsite porphyry (rhyolite); sedimentary rocks: sandstone, conglomerate, shale, limestone; and metamorphic rocks: slate, schist, marble and quartzite.
After looking at a variety of mineral samples, physical science students examined unknown minerals and used their knowledge of mineral properties to determine the identity of the samples. A mineral’s streak, luster, tendency to react with hydrochloric acid or not, cleavage, crystal form and color provide clues. Because mineral samples can contain impurities this is not as easy as it might seem to be.