Warm Up to Science: TEKS-Based Engagement Activities for Biology

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Warm Up to Science: TEKS-Based Engagement Activities for Biology
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Warm Up to Science: TEKS-Based Engagement Activities Series incorporates instructional strategies that enhance student achievement. Each book in the Warm Up to Science series offers teachers 100 classroom-ready engagement activities for immediate student involvement in one or more of the specific concepts and processes that are identified by the TEKS. Individual activities may be used as an engagement for a new lesson, as a method to enhance retention, or as a formative assessment within a lesson. Designed to require five to ten minutes of instructional time, the activities focus on items that are content-specific or items requiring the interpretation of nonlinguistic stimuli such as in diagrams, charts, graphs, and tables.
Table of Contents
Warm Up to Science: TEKS-Based Engagement Activities for Biology
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Table of Contents
55
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Product Overview
1010
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- 1: Prokaryotic vs. Eukaryotic 1313
- 2: Transport of Molecules 1515
- 3: Osmosis 1717
- 4: Energy Conversion in Cells 1919
- 5: Cell Structure Commonalities 2121
- 6: Similarities and Differences in Cellular Transport 2323
- 7: Light vs. Dark 2525
- 8: Viral Invasion 2727
- 9: Viral Reproduction 2929
- 10: Viruses vs. Cells 3232
- 11: Role of Viruses Causing Diseases 3535
- 12: Importance of the Cell Cycle 3737
- 13: Cell Cycle 3939
- 14: Mitosis 4242
- 15: Onion Root Tip Mitosis Data 4444
- 16: DNA Replication 4646
- 17: Specialized Animal Cells 4848
- 18: Specialized Plant Cells 5050
- 19: Cell Differentiation 5252
- 20: Disruptions of the Cell Cycle 5454
- 21: DNA Complementary Strand 5656
- 22: Structure of DNA 5858
- 23: How DNA Codes for Traits 6060
- 24: Genetic Code in Organisms 6262
- 25: Transcription 6464
- 26: Translation 6666
- 27: Protein Synthesis 6868
- 28: Gene Expression 7070
- 29: Mutants! 7272
- 30: Amino Acids and Mutations 7474
- 31: Mutation Matchup 7676
- 32: Chromosomal Mutations 7878
- 33: Genetics Vocabulary 8181
- 34: Non-Mendelian Genetics 8383
- 35: Monohybrid Cross 8686
- 36: Dihybrid Cross Fill-In 8888
- 37: Dihybrid Cross 9191
- 38: Significance of Meiosis 9393
- 39: What Can A Karyotype Tell You? 9595
- 40: DNA Fingerprinting 9797
- 41: Evidence of Common Ancestry 9999
- 42: Trees of Life 101101
- 43: Homologous or Analogous? 103103
- 44: Cephalopod Relations 105105
- 45: Biogeographical Map It! 107107
- 46: Fossil Records 110110
- 47: Naturally Selected 112112
- 48: Sibling Rivalry 114114
- 49: Natural Selection in Action 116116
- 50: Evolutionary Process Fact or Fiction 118118
- 51: Adaptive Radiation 121121
- 52: Other Evolutionary Mechanisms Acrostic 123123
- 53: Model of Evolution 125125
- 54: Evidence of an Endosymbiont? 127127
- 55: Common vs. Scientific Names 129129
- 56: It’s Classified 131131
- 57: Linnaean Taxonomy 133133
- 58: Dichotomous Key 135135
- 59: It’s A Plant 138138
- 60: Kingdoms 140140
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61: Mystery Organisms
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- 62: Odd Monomer Out 145145
- 63: Biomolecule Basics 147147
- 64: Biomolecule Job Description 149149
- 65: Food Label Comparison 151151
- 66: Biomolecule Comparison Chart 153153
- 67: Symbols of Photosynthesis and Respiration 155155
- 68: The Role of Enzymes 157157
- 69: Structure and Function of Enzymes 159159
- 70: Analyzing Miller-Urey 161161
- 71: Nutrient Absorption 163163
- 72: Reproduction 165165
- 73: Defense from Injury 167167
- 74: Body Systems Overview 169169
- 75: What Do You Have in Common with a Plant? 172172
- 76: Transport in Plants 174174
- 77: Response in Plants 176176
- 78: Levels of Organization in Mammals 178178
- 79: Organization of Biological Systems 180180
- 80: Student Homeostasis 183183
- 81: Response to External Factors 185185
- 82: Role of Microorganisms in an Ecosystem 187187
- 83: Ecological Succession 189189
- 84: Ecological Succession and Species Diversity 191191
- 85: Symbiosis 193193
- 86: Interactions among Organisms 196196
- 87: Symbiotic Relationships 198198
- 88: Competition in an Ecosystem 201201
- 89: Animal Adaptions 203203
- 90: How Do Organisms Fit Their Environment? 205205
- 91: Food for Plants 208208
- 92: The Role of Food 210210
- 93: Arrows in a Food Web 212212
- 94: Matter and Energy in a Food Web 214214
- 95: Pyramid of Energy 216216
- 96: Long-Term Survival of Species 219219
- 97: The Carbon Cycle 221221
- 98: The Nitrogen Cycle in an Aquarium 223223
- 99: The Dead Zone 225225
- 100: Pollution from Coal Burning 227227
- Print Version 244244