3.Name and describe the types of animal symmetry
3 types of body symmetry has been observed in animals:
1. asymmetrical : Such animal possess irregular body plan and have no symmetry for eg; sponge.
2. Radially symmetrical:- Such animals do not have right and left side. They have top and bottom. In this form of symmetry, identical parts are arranged in circular fashion around the central axis. eg: starfish
3. Bilaterally symmetrical:- In this kind of symmetry , the body is divided into two equal halves. The line which divides the body into two halves is known as line of symmetry. eg; humans.
Fill in animal diversity 1 table
BIOL 1107 Animal Diversity Name: Class Phylum Porifera Symmetry germ layers Body Cavity Digestion Nervous System Type of Reproduction Calcarea Porifera Hexactinellida Intricellular Porifera Demospongiae Cnidaria Hydrozoa Cnidaria Gastrovascular Cavity Scyphozoa Cnidaria Anthozoa Ctenophora Platyhelminthes Turbellaria Platyhelminthes Trematoda Sexual - hermaphroditic Platyhelminthes Cestoda Rotifera
1. Be able to describe/define an animal 2. Be able to describe the early steps in animal development (including cleavage, formation of a blastula, and gastrulation) 3. Know the structures and tissue layers associated with a gastrula (e.g., blastopore, ectoderm, endoderm, etc.) 4. Know why animals are considered to be closely related to choanoflagellates 5. Be able to briefly describe the early radiations of animals (Ediacaran, Cambrian explosion) 6. Know that animal body plans are characterized by symmetry, the number...
Chapter 32: Overview of Animal Diversity 1. Like the fungi, animals are multicellular heterotrophs. How do they feed? 2. What two types of specialized cells do only animals have? 3. Most animals reproduce and the stage dominates the life cycle. 4. What is animal Development? 5. Define/describe each term: zygote: cleavage: blastula: gastrulation: gastrula: blastopore: metamorphosis: 7. All eukaryotes have sets of regulatory genes containing common sets of DNA sequences called homeoboxes. What are the unique homeobox genes of animals...
there are three types of symmetry, axis of symmetry, planes of symmetry and center of symmetry. How many symmetries does 1-2, 1-3, and 1-4 cyclohexanes have and indicate which ones. Do it for each cis and trans conformer for each one
Question 3 (0.25 points) Why is symmetry important? O It helps the animal move. It helps organize groups of animals. O It helps the animal eat. It helps animals recognize one another.
There are three types of symmetry, planes of symmetry, axis of symmetry, and center of symmetry. How many symmetries does ethane , propane and butane have in each of their conformations. Ethane - 2 conformors Propane - 2 Butane- 4 when writing the number of symmetries for each conformation, wrote down how many planes, axis, and center of summetries it has.
List, describe, and distinguish the 3 types of cytoskeletal filaments based on: the name of the monomer protein how monomers incorporate into filaments polarity approximate diameter function associated proteins
Which of the three types of symmetry(asymmetrical, radial symmetry, bilateral symmetry) is considered most ancestral and which one is most derived?
Name and describe the five types of intangible assets.
one body plan called bilateral symmetry represents a major
branch point in animal evolution and can be described as
18> Assignments Animal Practice Problems Animal Practice Problems CAnimal Practice Problems Chapter 17 Reading Quiz Question 5 Part A One body plan, called bilateral symmetry, represents a major branch point in animal evolution and can be described as View Available Hints) Hint 1 Most animals with bilateral symmetry have a "head end containing a brain. O being a stationary Indlividual O...