IXL Skill Plan | Ohio Learning Standards: Biology

Ohio Learning Standards: Biology

Skills available for Ohio Biology standards

Topic

Heredity
Evolution
Diversity and Interdependence of Life
Cells

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B.H	Heredity
B.H.1 Cellular genetics		DNA 1. Introduction to the genetic code Cell division and differentiation 2. Introduction to cell division
B.H.1 Cellular genetics
DNA 1. Introduction to the genetic code Cell division and differentiation 2. Introduction to cell division

B.H.2 Structure and function of DNA in cells		DNA structure 1. Structure and function: nucleic acids 2. DNA replication Genetic variation 3. Sexual reproduction and genetic variation: part I 4. Sexual reproduction and genetic variation: part II Protein synthesis 5. Protein synthesis: transcription 6. Protein synthesis: translation Codon charts 7. Read a codon wheel 8. Read a codon table 9. Use a codon wheel to transcribe and translate DNA sequences 10. Use a codon table to transcribe and translate DNA sequences
B.H.2 Structure and function of DNA in cells
DNA structure 1. Structure and function: nucleic acids 2. DNA replication Genetic variation 3. Sexual reproduction and genetic variation: part I 4. Sexual reproduction and genetic variation: part II Protein synthesis 5. Protein synthesis: transcription 6. Protein synthesis: translation Codon charts 7. Read a codon wheel 8. Read a codon table 9. Use a codon wheel to transcribe and translate DNA sequences 10. Use a codon table to transcribe and translate DNA sequences

B.H.3 Genetic mechanisms and inheritance		Introduction to genetics 1. Genetics vocabulary: genotype and phenotype 2. Genetics vocabulary: dominant and recessive Punnett squares 3. Punnett squares: Mendelian inheritance 4. Punnett squares: incomplete dominance and codominance 5. Punnett squares: multiple alleles
B.H.3 Genetic mechanisms and inheritance
Introduction to genetics 1. Genetics vocabulary: genotype and phenotype 2. Genetics vocabulary: dominant and recessive Punnett squares 3. Punnett squares: Mendelian inheritance 4. Punnett squares: incomplete dominance and codominance 5. Punnett squares: multiple alleles

B.H.4 Mutations
B.H.4 Mutations


B.H.5 Modern genetics
B.H.5 Modern genetics

B.E	Evolution
B.E.1 Mechanisms		1. Evaluate fossil evidence of evolution 2. Evaluate anatomical and molecular evidence of evolution
B.E.1 Mechanisms
1. Evaluate fossil evidence of evolution 2. Evaluate anatomical and molecular evidence of evolution
Natural selection		1. Construct explanations of natural selection
Natural selection
1. Construct explanations of natural selection
Mutation
Mutation

Genetic drift
Genetic drift

Gene flow (immigration, emigration)
Gene flow (immigration, emigration)

Sexual selection
Sexual selection


B.E.2 Speciation
B.E.2 Speciation

Biological classification expanded to molecular evidence		1. Evaluate fossil evidence of evolution 2. Evaluate anatomical and molecular evidence of evolution 3. Classify and describe organisms using domains
Biological classification expanded to molecular evidence
1. Evaluate fossil evidence of evolution 2. Evaluate anatomical and molecular evidence of evolution 3. Classify and describe organisms using domains
Variation of organisms within species due to population genetics and gene frequency
Variation of organisms within species due to population genetics and gene frequency

B.DI	Diversity and Interdependence of Life
B.DI.1 Biodiversity
B.DI.1 Biodiversity

Genetic diversity
Genetic diversity

Species diversity		1. Kelp forests: factors affecting biodiversity
Species diversity
1. Kelp forests: factors affecting biodiversity

B.DI.2 Ecosystems
B.DI.2 Ecosystems

Equilibrium and disequilibrium		1. Interpret a Serengeti food web 2. Interpret an Antarctic food web
Equilibrium and disequilibrium
1. Interpret a Serengeti food web 2. Interpret an Antarctic food web
Carrying capacity		1. Patterns of population growth 2. Factors affecting carrying capacity 3. Ecological succession
Carrying capacity
1. Patterns of population growth 2. Factors affecting carrying capacity 3. Ecological succession

B.DI.3 Loss of diversity
B.DI.3 Loss of diversity

Climate change		1. The carbon cycle: biosphere processes and interactions 2. The carbon cycle: geosphere processes and interactions 3. Kelp forests: factors affecting biodiversity
Climate change
1. The carbon cycle: biosphere processes and interactions 2. The carbon cycle: geosphere processes and interactions 3. Kelp forests: factors affecting biodiversity
Anthropocene effects
Anthropocene effects

Extinction
Extinction

Invasive species
Invasive species

B.C	Cells
B.C.1 Cell structure and function
B.C.1 Cell structure and function

Structure, function and interrelatedness of cell organelles		Cell parts 1. Identify functions of plant cell parts 2. Identify functions of animal cell parts 3. Plant cell diagrams: label parts 4. Animal cell diagrams: label parts Cell transport 5. Structure and function of the cell membrane 6. Types of passive transport 7. Osmosis
Structure, function and interrelatedness of cell organelles
Cell parts 1. Identify functions of plant cell parts 2. Identify functions of animal cell parts 3. Plant cell diagrams: label parts 4. Animal cell diagrams: label parts Cell transport 5. Structure and function of the cell membrane 6. Types of passive transport 7. Osmosis
Eukaryotic cells and prokaryotic cells		1. Cells and cell theory 2. Compare cell types by their structures
Eukaryotic cells and prokaryotic cells
1. Cells and cell theory 2. Compare cell types by their structures

B.C.2 Cellular processes
B.C.2 Cellular processes

Characteristics of life regulated by cellular processes		Homeostasis and feedback loops 1. Homeostasis and feedback loops Cell organization 2. Organization in the human body: the heart and the circulatory system
Characteristics of life regulated by cellular processes
Homeostasis and feedback loops 1. Homeostasis and feedback loops Cell organization 2. Organization in the human body: the heart and the circulatory system
Photosynthesis, chemosynthesis, cellular respiration, biosynthesis of macromolecules		Macromolecules 1. Structure and function: carbohydrates 2. Structure and function: lipids 3. Structure and function: proteins 4. Structure and function: nucleic acids 5. Identify the structures and functions of biomolecules 6. Compare the structures and functions of biomolecules Photosynthesis and respiration 7. The chemistry of photosynthesis 8. The chemistry of cellular respiration 9. Aerobic cellular respiration, anaerobic cellular respiration, and fermentation
Photosynthesis, chemosynthesis, cellular respiration, biosynthesis of macromolecules
Macromolecules 1. Structure and function: carbohydrates 2. Structure and function: lipids 3. Structure and function: proteins 4. Structure and function: nucleic acids 5. Identify the structures and functions of biomolecules 6. Compare the structures and functions of biomolecules Photosynthesis and respiration 7. The chemistry of photosynthesis 8. The chemistry of cellular respiration 9. Aerobic cellular respiration, anaerobic cellular respiration, and fermentation