Study Guide
Here is a set of questions that will help you to prepare for our upcoming final exam.
- Identify and label parts of a wave.
- Identify a wave on an oscilloscope based on the wave’s frequency, pitch, and amplitude in terms of its loudness/softness.
- Explain how sound and light waves are able to travel through different mediums.
- Review the electromagnetic spectrum in terms of its characteristics based on frequency, wavelength, energy, and color characteristics on the spectrum.
- Distinguish among the terms transparent, translucent, and opaque.
- Describe how light behaves as it enters the 2 different lenses.
- Describe how do you remember the colors of the visible light on the EM spectrum.
- Compare a mold to a cast when studying fossils.
- Define: index fossil, trace fossil, amber, superposition, carbon-14 and Uranium-Lead dating methods, disconformity, nonconformity, and angular unconformity.
- Compare and contrast relative dating with absolute dating.
- Distinguish between radioactive decay and radiometric dating.
- As you think of a geologic column, be able to identify or tell the difference among tilting, folding, angular unconformity, intrusion, and a fault.
- Review the rock layer diagrams that was given to you and be able to label the rock layers from oldest to youngest and vice versa.
- Be able to distinguish between James Hutton’s and Charles Lyell’s literature work as well as the ideas of uniformitarianism and catastrophism.
- Half-life problems: If you have practiced on the “Extra-problems Worksheet” that was given to you, then you will EASILY be able to solve the similar problems on the test.
VIDEOS
Fossils
https://www.youtube.com/watch?v=NtqphOYcRMc
Carbon Dating
https://www.youtube.com/watch?v=Kcuz1JiMk9k
Geologic Time
https://www.youtube.com/watch?v=rWp5ZpJAIAE
Review of Chapter
https://www.youtube.com/watch?v=NkuL47NZwCA
Good Afternoon, Mr. Saleh, I have a ? on the study guide. How does light behave as it enters two different lenses?
Review how light behaves when it enters a concave lens versus when it enters a convex lens. Check your ISN!