Standard 4: Genetics
□ I can explain how DNA is the genetic material of living
organisms.
□ I know that a cell contains genetic instructions that
specify its traits
□
I can show how the two copies of the gene may or may
not be the same.
□ I can demonstrate, using a Punnett Square, the probability of dominant and recessive alleles.
□
I know the difference between mitosis
(asexual reproduction) and
□
Sexual reproduction, where
offspring inherit half their genes from each parent (meiosis).
□ I can describe structures that plants have for carrying out
reproduction.
Evidence of Mastery
By
EastLake Middle School
Class of 2010
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Table of Contents
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Understand that a typical
cell of any organism contains genetic instructions that specify its traits.
□ Flower Reproductive
Structures Illustration
□ Formative Assessment
□ Science Skills
□ Summative Assessment
□ Benchmark Assessments
Objectives
4.1 Compare and contrast asexual reproduction (mitosis), which results in a cell with identical
chromosomes as the parent, and sexual reproduction, which produces offspring
that inherit half their genes from each parent (meiosis), resulting in genetic
variation. Describe the different structures that plants and animals have for
carrying out reproduction.
□ DNA Base Pairs of Nucleotides Illustration
□ Vocabulary
□ Study Guide
4.2 Understand that DNA is
the genetic material of living organisms, and is located in the chromosomes of
each cell. A cell contains genetic instructions that specify its traits
(genes).
□ Mitosis Illustration
□ Meiosis Illustration
□ Vocabulary
□ Study Guide
4.3 Explain that cells contain thousands of genes, and typically have two copies of every gene. The two copies (or alleles) of the gene may or may not be the same. Demonstrate, using a Punnett Square, that one copy may be dominant in determining a trait while the other is recessive.
□ Punnett Square
□ Probability
□ Vocabulary
□ Study Guide
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