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Worksheet
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\n\"Pea\n\n
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\nCurated OER\n
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\nPea Plants Dihybrid Cross\n

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\n\nFor Students\n\n8th - 10th\n
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\nIn this dihybrid cross worksheet, students are given four crosses to complete using punnett squares. They determine the genotypic and phenotypic ratios of the offspring.\n
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Instructional Video8:32
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\n\"Punnett\n\n
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\nAmoeba Sisters\n
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\nPunnett Squares and a Dihybrid Cross\n

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\n\nFor Students\n\n7th - 12th\n
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\nCats have a reputation for avoiding water, but did you know many cats love sinks? A video explains how to solve 16-square Punnett square problems with a dihybrid cross. It includes Mendel's Law of Segregation and Mendel's Law of...\n
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Lesson Plan
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\n\"Science\n\n
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\nCurated OER\n
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\nScience Lesson for Grade 12\n

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\n\nFor Teachers\n\n12th\n
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\nTwelfth graders perform dihybrid crosses and calculate phenotype and genotype ratios. In this series of science lessons, 12th graders explain the process of anodizing aluminum. They research on the benefits and harm caused by resonance...\n
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PPT
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\n\"Solving\n\n
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\nCurated OER\n
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\nSolving Crosses\n

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\n\nFor Teachers\n\n7th - 12th\n
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\nGenetics hopefuls solve Punnett Squares for monohybrid and dihybrid crosses. An example of each is provided to teach the process. Other heredity patterns are mentioned and genetic disorders are listed in the second half of the...\n
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Instructional Video8:18
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\n\"Probabilities,\n\n
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\nTeacher's Pet\n
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\nProbabilities, Dihybrid and Test Crosses\n

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\n\nFor Students\n\n9th - 12th\n\nStandards\n
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\nEpistasis originated from genetics but now applies to biochemistry, computational biology, and evolutionary biology. The video introduces epistasis as it relates to genetics. It also discusses dihybrid crosses, test crosses, polygenic...\n
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Instructional Video12:14
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\n\"Beginner's\n\n
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\nBozeman Science\n
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\nBeginner's Guide to Punnett Squares\n

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\n\nFor Students\n\n9th - 12th\n\nStandards\n
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\nShow learners how to apply genotypes of parents to a Punnett square to determine potential genotypes and phenotypes of offspring with a video that explores monohybrid crosses and then complete a dihybrid cross as well. \n
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Lesson Plan
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\n\"Yeast\n\n
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\nCurated OER\n
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\nYeast - A Dihybrid Cross\n

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\n\nFor Teachers\n\n9th - 11th\n
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\nStudents make a yeast dihybrid cross and follow two forms of each of two traits: red growth versus cream color, and tryptophan-dependent versus tryptophan-independent.\n
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Lesson Plan
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\n\"Yeast:\n\n
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\nCurated OER\n
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\nYeast: A Dihybrid Cross\n

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\n\nFor Teachers\n\n10th - 12th\n
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\nStudents create a yeast dihybrid cross and follow two forms of each of two traits: red growth versus cream color, and tryptophan-dependent versus tryptophan-independent. They complete diagrams to represent the alleles, predict the...\n
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Worksheet
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\n\"Dihybrid\n\n
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\nCurated OER\n
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\nDihybrid Cross Punnett Squares\n

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\n\nFor Students\n\n9th - 12th\n
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\nIn this dihybrid cross worksheet, high schoolers complete two punnett squares for the cross of two traits. They determine the genotypes, phenotypes and phenotypic ratios of the offspring.\n
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Worksheet
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\n\"Heredity\n\n
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\nCurated OER\n
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\nHeredity Worksheet: Dihybrid Cross\n

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\n\nFor Students\n\n9th - 12th\n
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\nIn this genetics worksheet, high schoolers use a Punnett square to determine the genotypes and phenotypes of the offspring of a dihybrid cross. Then students complete 10 fill in the blank questions.\n
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Instructional Video10:56
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\n\"Chromosomal\n\n
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\nBozeman Science\n
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\nChromosomal Inheritance\n

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\n\nFor Students\n\n9th - 12th\n\nStandards\n
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\nScholars see, through a monohybrid cross, how alleles are distributed during meiosis. The video instructor then explores Thomas Hunt Morgan's research on fruit flies, determining that genes are located on chromosomes and showing that...\n
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Worksheet
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\n\"More\n\n
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\nCurated OER\n
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\nMore Zork Genetics\n

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\n\nFor Students\n\n9th - 12th\n
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\nIn this genetics worksheet, students complete 3 dihybrid crosses of traits to determine the probability of the genotypes and phenotypes of the offspring of the imaginary species, the Zork.\n
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\n\"Genetics\n\n
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\nCurated OER\n
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\nGenetics Worksheet\n

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\n\nFor Students\n\n9th - 12th\n
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\nIn this genetics worksheet, high schoolers answer a variety of questions about genotypes, phenotypes, genetic inheritance, and traits. They solve for the probability of genotypes and phenotypes of offspring by completing monohybrid and...\n
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Instructional Video17:21
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\n\"Linked\n\n
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\nBozeman Science\n
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\nLinked Genes\n

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\n\nFor Students\n\n9th - 12th\n\nStandards\n
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\nScholars analyze Morgan's fruit fly lab to learn how genes are linked. The instructor shows that the data from a dihybrid cross was not what Morgan expected, and when re-crossed numerous times, the data did not change. Viewers see gene...\n
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PPT
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\n\"Genetics\n\n
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\nCurated OER\n
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\nGenetics and the Work of Mendel\n

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\n\nFor Teachers\n\n9th - 12th\n
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\nExcellent examples and clear diagrams in this PowerPoint will help you explain the genetics of alleles and the combinations of hybrid crosses. A high school class would appreciate having this student copy of the PowerPoint as the images...\n
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PPT
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\n\"Genetics\n\n
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\nCurated OER\n
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\nGenetics and The Work of Mendel\n

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\n\nFor Teachers\n\n9th\n
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\nIf you need a summary of all aspects of Mendelian genetics then this  slideshow is for you. The information included is essential for complete understanding of crosses, genotypes, phenotypes, and heredity.\n
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Worksheet
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\n\"Mendel's\n\n
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\nCurated OER\n
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\nMendel's Laws of Heredity\n

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\n\nFor Students\n\n9th - 12th\n
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\nIn this heredity worksheet, high schoolers will review the work Mendel did on predicting how traits were passed down from generation to generation. Then students will review monohybrid and dihybrid crosses and Punnett squares. This...\n
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Lesson Plan
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\n\"Inheritance\n\n
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\nCurated OER\n
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\nInheritance in Maize\n

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\n\nFor Teachers\n\n9th - 12th\n
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\nHigh schoolers use mutant corn ears to investigate inheritance patterns. In this inheritance lesson plan, students count the number of corn kernels of each phenotype in mutant and wild type ears of corn. High schoolers calculate the...\n
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Worksheet
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\n\"Genetics\n\n
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\nCurated OER\n
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\nGenetics Basics\n

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\n\nFor Students\n\n9th - 12th\n
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\nIn this basics of genetics worksheet, students review the concepts of genetic inheritance by writing the alleles for genetic traits inherited in offspring. They identify dominant and recessive traits given allele pairs, answer five...\n
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Instructional Video2:07
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\n\"Dihybrid\n\n
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\nRicochet Science\n
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\nDihybrid Genetic Cross\n

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\n\nFor Students\n\n9th - 12th\n
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\nDo you need to pass along the concept of in a short amount of time? Learners view a short video segment that describes, in detail, the process and results of a dihybrid genetic cross through Punnett squares. They then conclude the...\n
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Instructional Video6:03
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\n\"Monohybrid\n\n
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\nTeacher's Pet\n
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\nMonohybrid Cross\n

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\n\nFor Students\n\n9th - 12th\n\nStandards\n
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\nHeterozygoes appear just a-llele uneven. The video explains how to solve monohybrid crosses using Punnett squares. It offers many practice problems determining the allele and percentages.\n
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Lesson Plan
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\n\"Dihybrid\n\n
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\nDihybrid Punnett Squares\n

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\n\nFor Teachers\n\n9th - 10th\n
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\nStudents construct Punnett squares to illustrate specific genotypic and phenotypic genetic outcomes.\nStudents calculate the probability of achieving specific genotypic and phenotypic genetic oucomes, using dihybrid Punnett squares.\n
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Lesson Plan
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\n\"Punnett\n\n
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\nCurated OER\n
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\nPunnett Squares/Genetics\n

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\n\nFor Teachers\n\n9th\n
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\nNinth graders complete a monohybrid cross and a dihybrid cross. In this biology lesson, 9th graders predict the traits of offspring using the Punnett square. They differentiate recessive and dominant genes.\n
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Lesson Plan
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\n\"Genetics,\n\n
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\nScience 4 Inquiry\n
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\nGenetics, Genetics, and More Genetics: Exploring Independent Assortment and Non-Mendelian Genetics\n

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\n\nFor Teachers\n\n9th - 12th\n\nStandards\n
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\nTwo individuals share 99.9 percent of their genetic codes, yet diversity is observed everywhere. Young scientists learn about diversity through hands-on activities and an experiment. They apply the concepts of independent assortment and...\n
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