Biology Quarter 2: Weeks 25-27 February 27 – March 16, 2012

DATE IN CLASS HOMEWORKMonday(0; 55 min.)2/27/12

83

Introduction to ATP* Why is ATP the universal energy currency?

Why does ATP cycle?

1. Biology 9.1 Notes DUE: T 2/28

Tuesday(0; 55 min.)2/28/12

84

Cell Respiration: A Song, A Story, A Lab* How do all living things create ATP energy

from their food?

1. Biology 9.2 Notes DUE Th 3/1

Thursday(0; 55 min.)3/1/12

85

Cell Respiration: A Song, A Story, A Lab* How do cells make ATP without oxygen?

Why is oxygen so important to cellular respiration?

1. Biology 8.2 Notes DUE F 3/2

Friday(0; 55 min.)3/2/12

86

Photosynthises* What is the role of ATP in loving

organisms? How do plants make their own food?

1. Biology 8.3 Notes DUE M 3/52. Psn vs. CR diagram DUE M 3/5

Monday(0; 55 min.)3/5/12

87

Photosynthesis Lab* What is the role of ATP in loving

organisms? How do plants make their own food?

1. Check for Understanding DUE: T 3/6

Tuesday(0; 55 min.)3/6/12

88

Check for understanding: Cell Respiration/Photosynthesis* Demonstration of Understanding

1. Biology 10.1 Notes DUE: M 3/12

Monday(0; 55 min.)3/12/12

89

Limits on Cell Size: SA/V ratios* Why are there limits to cell growth? Where

else in nature are there limits to growth?

1. Biology 10.2-3 Notes DUE T 3/132. Unit II Assessment DUE Th-F 3/15-16

Tuesday(0; 55 min.)3/13/12

90

Cell Cycle: Mitosis* Why is it important that cell division

produces two identical cells? How does the process of mitosis ensure the tow daughter cells are identical?

1. Unit II Assessment DUE Th-F 3/15-162. FE 2 Draft 1 DUE M 3/19

Thursday(0; 55 min.)3/15/12

91

Unit II Assessment: Molecular/Cellular Biology* Demonstration of Understanding

1. FE 2 Draft 1 DUE M 3/19

C. Gay 2/22/12 Steamboat Springs High School

Friday(0; 55 min.)3/16/12

92

Unit II Assessment: Molecular/Cellular Biology* Demonstration of Understanding

1. FE 2 Draft 1 DUE M 3/19

C. Gay 2/22/12 Steamboat Springs High School

Knowledge= Energy and Life Heterotrophs vs autotrophs ATP-ADP cycles

= Photosynthesis History of photosynthesis research

o Van Helmonto Priestleyo Ingenhausz

Electromagnetic spectrum and pigments Chloroplast structure Light-Dependent Reactions

o Photosystem IIo Electron transport chaino Photosystem Io Chemiosmosis

Calvin-Benson Cycle Factors affecting Photosynthesis

= Cellular Respiration Chemical energy and food Cellular respiration: NADH, FADH2

Glycolysis Fermentation (plant vs. animal) Krebs cycle and electron transport chain Cellular and organismal respiration

= Cell size and limits to cell growth Comparative cell sizes Limits to cell growth

o DNA overloado Materials exchangeo Surface area to volume ratio

=Cell Cycleo Chromosome duplication

Chromatids Centromeres

o Interphase G1

S G2

o M Phase= Mitosis

o Prophaseo Metaphaseo Anaphaseo Telophaseo Cytokinesis (plant vs animal)

= Regulation of the cell cycleo Contact inhibitiono Cyclins

C. Gay 2/22/12 Steamboat Springs High School

Biology Textbook ReferenceChapter 8.1 pp. 200-203

Biology Textbook ReferenceChapter 8.2-3 pp. 204-215

Biology Textbook ReferenceChapter 9.1-2 pp. 220-225

Biology Textbook ReferenceChapter 10.1 pp. 240-243

Biology Textbook ReferenceChapter 10.2 pp. 244-245

Biology Textbook ReferenceChapter 10.2 pp. 246-249

Biology Textbook ReferenceChapter 10.3 pp. 250-253

o Internal and external regulatory proteinso Cancer

C. Gay 2/22/12 Steamboat Springs High School