For the next two topics, weathering and soil and sedimentary rocks, (1) read all of chapters 5 and 6, and (2) work through the CD-ROM section on Earth Materials, part E. Sedimentary Rocks. You might try your hand at the Rock Review at the end of the Earth Materials section, focusing on the sedimentary as well as the igneous rocks examples.
Use the quizzes below to drill yourself on the material in chapter 5.
Self-quiz
for Tarbuck & Lutgens, Chapter 5 (courtesy of John Butler's course
at the University of Houston)
Fill-in-the-blanks
for Tarbuck & Lutgens, Chapter 5 (also from Butler's course)
cat_bit_bunny@hotmail.com.
Make sure to include your name and email address. Otherwise you won't earn any credit! Participation points earned only if you complete both of the quizzes indicated for the chapter. Submit answers only once for each quiz; we will read only the first version you submit.
Multiple-choice
quiz for Tarbuck & Lutgens, Chapter 5
Chapter
review - matching, Chapter 5
Self-quiz
for Tarbuck & Lutgens, Chapter 6 (courtesy of John Butler's course
at the University of Houston)
Fill-in-the-blanks
for Tarbuck & Lutgens, Chapter 6 (also from Butler's course)
cat_bit_bunny@hotmail.com.
Make sure to include your name and email address. Otherwise you won't earn any credit! Participation points earned only if you complete all of the quizzes indicated for the chapter. Submit answers only once for each quiz; we will read only the first version you submit.
Multiple-choice
quiz for Tarbuck & Lutgens, Chapter 6
Chapter
review - matching, Chapter 6
Labeling
quiz for Tarbuck & Lutgens, Chapter 6
In T.Rex and the Crater of Doom, Walter Alvarez describes a rock formation known as the Scaglia Rossa, found at a place called Gubbio in Italy.
What kind of rock is this, what is it made of, and what clues does the
rock contain that have allowed geologists to reconstruct the environmental
conditions associated with its formation? In what kind of geologic environment
or under what conditions was this material formed? How is it different
above vs. below the KT boundary and why?