1. DO NOW (3/24/16) 5. Both Paleontologists 1 and 2 would most likely agree with which of the following statements about the discovery of the velociraptor bones? The bones: a. did not clarify any assumptions about the velociraptor b. provided some useful information regarding the velociraptor c. could not be assembled properly due to the poor condition in which they were found d. completely altered both paleontologist’s viewpoints regarding the velociraptor

2. Answer: B Both Paleontologists extracted useful information about the velociraptor from the bones discovered. Make sure your name is on the Do Now! I will send a stapler around now.

3. 4.01 Gasping for Air – Part II
Start: Procedure #8
4.01 Gasping for Air Notes
Subheading: Lung Anatomy & Structure Functions
Read introduction on The Breath of Life
Take notes on structures listed under #10

4. 4.01 Gasping for Air – Part II
Sketch a diagram on the Blank Body Diagram on Page 5
Make sure your diagram is TO SCALE!
Label the parts on your diagram
Include a description of each part in 6 words or less!!!

5. 4.01 Gasping for Air – Part II
(#12)Select the Alveoli tab in lower left corner
Click on the diagram or the names of the structures to get more information
Add this to your notes under Lung Anatomy
Under your diagram, describe the relationship between the bronchioles, alveoli and blood vessels. Draw a sketch if desired

6. 4.01 Gasping for Air – Part II
(#14)Select Lung Functions. Watch the interactive demonstration of lung function. Watch carefully what is happening to the alveoli.
Go to the next website listed. Be careful when entering the URL. Check spelling.
Add Subheading: Gas Exchange
(#16) Take notes on the gas exchange. Pay attention to the role muscles play in respiration

7. 4.01 Gasping for Air – Part II
(#17) Click Take a Closer Look and watch the gas exchange at the level of the alveoli.
(#18) Conclusion Questions 1&2 on Loose Leaf paper
(#19) Subheading: Asthma
Watch video What is Asthma? And take notes on how Asthma affects normal functioning of the lungs

8. 4.01 – Med History #2 Case Updates
(#24) Normal Peak Flow for someone Melissa’s size is 267
Peak Flow Chart
Graph Melissa’s Peak Flow Readings on the Graph on Med History #2

9. 4.01 – Med History #2 Peak Flow Ranges
Normal Peak Flow for Melissa’s size= 267
80-100% =
50-80% =
Less than 50%=
Color on the graph where the zones fall
(#26) – Analyze her Peak Flow Graph and describe conclusions about her condition on the Explanation of Results section of the Med History sheet

10. 4.01 End of Class
Answer Remaining Conclusion Questions