lunes, 23 de marzo de 2009

PARTIAL EXAM BIOLOGY 10TH

Content
12-5 Gene Regulation
13-1 Changing the Living World
13-2 Manipulating DNA
13-3 Cell Transformation.

ALL vocabulary (lessons).
ALL key concepts.
ALL Section Assessment.
Describe:
-Prokaryotic and Eukaryotic gene regulation.
-Increasing Variation (describe techniques).
-Tools of Molecular Biology.
-Transforming Bacteria, Plant cell an Animal cell.

NOTAS DE PRESENTACION



T: Test; SC: Science Fair, P: Presentation; NB: Notebook; EC: Extra Credit.

FINAL GRADES 11th III PARTIAL


T: Test
P: Presentation
AE: Article Evolution
AA: Article Alcohol
EC: Extra Credit

jueves, 19 de marzo de 2009

CONTENT

Partial Exam:
36-3 The Intergumentary System.
37-1 The Circulatory System.
37-2 Blood and the Lymphatic System.

Test 11
35-5 Drugs and the Nervous System
36-1 The Skeletal System
36-2 The Muscular System

Test 10
35-2 The Nervous System
35-3 Divisions of the Nervous System
35-4 The Senses.

Test 9
34-1 Elements of Behavior
34-2 Patterns of Behavior
35-1 Human Body System

Test 8
32-1 Introduction to the Mammals
32-2 Diversity of Mammals
33-2 Controlling Body Temperature
33-3 Form and Function in Chordates

NOTAS DE PRESENTACION


T: Test

P: Presentations.

NB: Notebook

NP: Nota de Presentacion (78 pts)

Missing: Articles of Evolution and Alcohol.

miércoles, 11 de marzo de 2009

Test 10.

Biology 10th
03/16/09

Study Guide.
1. Describe a nucleotide. Be able to label and distinguish the three basic components.
2. Describe the nitrogenous bases. Names, number of rings, and hydrogen bonds that form between them.
3. Composition of eukaryotic chromosomes. (chromatin).
4. Describe the events of DNA replication.
5. Explain Transcription.
6. Role of DNA and ARN polymerase.
7. How are properties of protein determined? Explain the genetic code.
8. Describe the three types of RNA, (roles in protein synthesis). Be able to describe and label Figure 12-18 p 304.
9. Compare and Contrast DNA and RNA. similitude, three basic differences and roles.
10.Describe the two kinds of mutation. How are mutation beneficial? Describe examples of beneficial mutations.
11. Describe the four types of chromosomal mutation. explain each Figure 12-21 p 308.
Concepts (or functions) : rRNA, rRNA, mRNA, codon, promoter, mutations, operon, operator, hox gene, histones, bacteriophage, radioactive isotopes (markers).

martes, 3 de marzo de 2009