Genetic Inheritance: Terminology, Crossing-Over, & Mendelian Monohybrid Problems

In this bundle:

Genetic Terms Set #2: Chromosomes

A continuation of genetic terminology practice. Learn and review the terms below with the help of a wordsearch puzzle (includes a hidden message), diagrams to label, and definitions to match. Terms in this resource: Allele, Centromere, Chromatid, Chromosome, Gene, Homolog, Homologous, Chromosomes, Kinetochore, Locus, Sister Chromatids, Spindle Fibers, & Telomeres. Includes:

• one pre-made digital Easel activity for distance learning.

Genetics Meiosis Chromosome Crossover & Genetic Variation

Simple and effective worksheet to help students visualize crossing-over between sister chromatids of homologous chromosomes during prophase I of meiosis and the resulting increase in genetic variation of the gametes. Students color the original chromosomes and then determine the results for nine different cross-over scenarios. Includes:

• one pre-made digital Easel activity & digital Easel answers.

Genetic Terms Set #1: Inheritance, The Basics

An introduction to the terminology required to understand and complete genetic inheritance problem sets. Includes a wordsearch (with hidden message), definitions to match, and genotypes/phenotypes to identify.

Terms in this resource: Allele, Carrier, Characteristic, Dominant, First filial, Gene, Genotype, Heterozygous, Homozygous, Parental, Phenotype, Progeny, Pure breeding, Pure dominant, Pure recessive, Recessive, Second filial, Trait, & True breeding. Includes:

• one pre-made digital Easel activity for distance learning.

Genetic Inheritance Problem Set #1: An Introduction to Monohybrid Crosses

The first in a series of Genetic Inheritance Problem Sets purposefully designed to offer a scaffolded, self-guided, introduction to, and mastery of, monohybrid crosses. This resources is a step-by-step, self-instructional guide to monohybrid crosses, Mendelian inheritance, Punnett squares, expected phenotypic and genotypic ratios, proportions, and percentages. Includes:

• Student worksheet (4-pages).
• All answers (4-pages).
• One pre-made digital Easel activity.
• Four auto-grading Easel assessments (students may self-check their work using this tool).

Genetic Inheritance Problem Set #2: Monohybrid Crosses

Guided to increase student independence. Includes expected phenotypic and genotypic ratios, proportions, and percentages as well as number of expected offspring. Includes:

• Teacher Notes (1-page)
• Student worksheet (2-pages).
• All answers (2-pages).
• Handout with all problems on one page, 2-copies per page (1-page).
• Task cards with each problem on one card (1-page).
• One pre-made digital Easel activity.
• Two auto-grading Easel assessments (students may self-check their work using this tool).

Genetic Inheritance Problem Set #3: Monohybrid Crosses

Less guided; greater student independence. Includes expected phenotypic and genotypic ratios, proportions, and percentages as well as number of expected offspring. Includes:

• Teacher Notes (1-page)
• Student worksheet (2-pages).
• All answers (2-pages).
• Handout with all problems on one page, 2-copies per page (1-page).
• Task cards with each problem on one card (1-page).
• One pre-made digital Easel activity.
• Two auto-grading Easel assessments (students may self-check their work using this tool).

Genetic Inheritance Problem Set #4: Monohybrid Crosses

The least amount of guidance; student independence. Includes expected phenotypic and genotypic ratios, proportions, and percentages as well as number of expected offspring. Includes:

• Teacher Notes (1-page)
• Student worksheet (2-pages).
• All answers (2-pages).
• Handout with all problems on one page, 2-copies per page (1-page).
• Task cards with each problem on one card (2-page).
• One pre-made digital Easel activity.
• One auto-grading Easel assessment (students may self-check their work using this tool).
  

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