Biology 3A Unit 2 Review

User Instructions Add your category headings to the Jeopardy board (slide #3) Add your answers and questions to slides A1:1 through Q5:5 (X:Y stands for category X, item Y; A=answer; Q=question) Launch the show (use F5) and the title slide will show. One mouse-click or right arrow should take you to the Jeopardy board. Click on a number (like 100) to get to the Answer for that number; click again to get to the questions for that number; click the third time to get back to the Jeopardy Board Caveats: Running this from anything but the hard-drive will cause delays Sometimes it will take longer than expected for the mouse cursor to appear/re-appear, even running from the hard drive Once you have clicked on a number, you can also use the arrow keys to advance from the answer to the questions and back to the board. All slides except two are “hidden” so you can’t get to them by traditional means, only through the Jeopardy board. This version of the Jeopardy template uses custom shows and internal hyperlinks so don’t add slides or move the existing ones around or the infrastructure may no longer work. Points will turn blue once an item is selected. Close the presentation and re- launch it to recover the default yellow numbers.

Construction Notes This Jeopardy template is based on one found on the web at: It was modified to use custom shows and hidden slides, and so removed the necessity to move the mouse to a specific area on the question slide to return to the board. Each A & Q pair is one custom show; a board button links to each custom show, and uses the show and return feature. This version adds a note for each A & Q slide to let you know which slide you are on if you accidentally delete all the text on a slide. This version adds user instructions and these construction notes. It darkened the background blue to be more like the blue on TV Jeopardy, and darkened the “followed link” color so it would nearly disappear after a topic had been chosen. This one uses a different font--the san-serif font Trebuchet--so the words are easier to read on the screen. Because of all the extra infrastructure, this one is slower running. If you add a sixth category or a sixth point button, please be careful not to disturb the existing structure or you may get strange results. Be sure you link to the text on the button and not to the autoshape button itself. These modification were made by Clark Parsons:

Jeopardy Board Embryology What happened What happened to that to that Daphinia? Daphinia? The heart The heart of the of the matter A picture A picture Is worth Is worth 1000 words 1000 words Name that Name that phylum

A1:1 A hollow ball of cells.

Q1:1 What is the blastula?

A1:2 Germ layers of the embryo are formed and the body plan of the organism is established.

Q1:2 What is gastrulation?

A1:3 – Daily double!!!! Type of phylogeny seen in the animal kingdom. Name the ancestor.

Q1:3 What are monophyletic and chanoflagellates?

A1:4 Name the type of body cavity for Platyhelminthes and Cnidaria.

Q1:4 What are acoelomate and no body cavity?

A1:5 Describe the following for protostomes: - type of cleavage - fate of blastopore

Q1:5 What is spiral & determinate? What is mouth?

A2:1 The four stages of digestion.

Q2:1 What are 1. Ingestion 2. Digestion (mechanical & chemical) 3. Absorption 4. Elimination?

A2:2 Name the parts of the alimentary canal in the correct order.

Q2:2 What are- - oral cavity - pharynx - esophagus - stomach - sm. Intestine - lrg. Intestine?

A2:3 Name the accessory organs and their functions.

Q2:3 What are salivary glands (release saliva); liver (produce bile); gall bladder (store bile); and pancreas (produce pancreatic juices)?

A2:4 Where most digestion takes place.

Q2:4 What is in the duodenum?

A2:5 Name the compounds & their enzymes that begin chemical digestion before reaching the small intestine.

Q2:5 What are starch (amylase) and protein (pepsin)?

A3:1 Controls the beating of the heart; located in the right atrium.

Q3:1 What is the SA (sino atrial) node?

A3:2 Name the parts.

Q3:2 What are vena cava, right atrium, and left ventricle?

A3:3 How many heart chambers found in each type of animal? - mammals - birds - fish - reptiles

Q3:3 What are 4, 4, 2 and 3?

A3:4 Movement of blood between the heart and lungs.

Q3:4 What is the pulmonary circuit?

A3:5 Trace the pathway of blood from your toes.

Q3:5 What is vena cava  r atrium  r ventricle  pulmonary arteries to lungs (gas exch.)  pulmonary veins  l atrium  l ventricle  out aorta?

A4:1 Name the process occuring here.

Q4:1 What is budding (asexual reproduction)?

A4:2 Name the type of feeder seen here.

Q4:2 What is a fluid feeder?

A4:3 Name the body types.

Q4:3 What are aceolomate, pseudoceolomate, and ceolomate?

A4:4 Name the class.

Q4:4 What is Cestoda?

A4:5 Name the classes:

Q4:5 What are Bivalvia & Turbellaria?

A5:1 Has a cellular level of organization and filter feeders.

Q5:1 What is Porifera?

A5:2 Name means “soft bodied” & protostomes.

Q5:2 What is phylum Mollusca?

A5:3 Made up of the following classes: Hydrozoa, Cubazoa, Schyphozoa, and Anthozoa.

Q5:3 What is Cnidaria?

A5:4 First phylum to be coelomate with a true digestive cavity.

Q5:4 What is Annelida?

A5:5 Has a hydrostatic skeleton and sheds its outer cuticle.

Q5:5 What is Nematoda?