Question
Match the following terms: Column A 1. allele: allele 2. phenotype: phenotype 3. genotype: genotype 4. homozygous: homozygous 5. heterozygous: heterozygous 6. diploid: diploid 7. haploid: haploid 8. gametes: gametes 9. dominant: dominant 10. recessive: recessive 11. independent assortment: independent assortment 12. segregation: segregation 13. DNA fingerprinting: DNA fingerprinting 14. Nondisjunction: Nondisjunction 15. incomplete dominance: incomplete dominance 16. codominance: codominance Column B a.the trait that can be covered up b.alternate forms of a gene c.contains 2 copies of each chromosome d.the gene combination e.separation of alleles during gamete formation f.sex cells g.type of inheritance with a third phenotype with a heterozygous genotype that is a blending of the traits (ie white x red = pink) h.contains 1 copy of each chromosome i.the trait that is always expressed j.two alleles are different k.two alleles are the same l.the appearance of a trait m.a method used to identify an individual from a sample of DNA by looking at unique patterns in their DNA n. type of inheritance with a third phenotype with a heterozygous genotype, where both of the traits are expressed equally (ie type A x type B = type AB blood) o.one of Mendel’s principles that states that genes for different traits can segregate independently during the formation of gametes p.one or more pairs of homologous chromosomes or sister chromatids to separate normally during nuclear division - resulting in nuclei and cells with the wrong number of chromosomes
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GPT-4o mini
Here is the matching of terms from Column A to Column B:
1. allele: **b. alternate forms of a gene**
2. phenotype: **l. the appearance of a trait**
3. genotype: **d. the gene combination**
4. homozygous: **k. two alleles are the same**
5. heterozygous: **j. two alleles are different**
6. diploid: **c. contains 2 copies of each chromosome**
7. haploid: **h. contains 1 copy of each chromosome**
8. gametes: **f. sex cells**
9. dominant: **i. the trait that is always expressed**
10. recessive: **a. the trait that can be covered up**
11. independent assortment: **o. one of Mendel’s principles that states that genes for different traits can segregate independently during the formation of gametes**
12. segregation: **e. separation of alleles during gamete formation**
13. DNA fingerprinting: **m. a method used to identify an individual from a sample of DNA by looking at unique patterns in their DNA**
14. Nondisjunction: **p. one or more pairs of homologous chromosomes or sister chromatids to separate normally during nuclear division - resulting in nuclei and cells with the wrong number of chromosomes**
15. incomplete dominance: **g. type of inheritance with a third phenotype with a heterozygous genotype that is a blending of the traits (ie white x red = pink)**
16. codominance: **n. type of inheritance with a third phenotype with a heterozygous genotype, where both of the traits are expressed equally (ie type A x type B = type AB blood)**
Let me know if you need any further clarification or assistance!
1. allele: **b. alternate forms of a gene**
2. phenotype: **l. the appearance of a trait**
3. genotype: **d. the gene combination**
4. homozygous: **k. two alleles are the same**
5. heterozygous: **j. two alleles are different**
6. diploid: **c. contains 2 copies of each chromosome**
7. haploid: **h. contains 1 copy of each chromosome**
8. gametes: **f. sex cells**
9. dominant: **i. the trait that is always expressed**
10. recessive: **a. the trait that can be covered up**
11. independent assortment: **o. one of Mendel’s principles that states that genes for different traits can segregate independently during the formation of gametes**
12. segregation: **e. separation of alleles during gamete formation**
13. DNA fingerprinting: **m. a method used to identify an individual from a sample of DNA by looking at unique patterns in their DNA**
14. Nondisjunction: **p. one or more pairs of homologous chromosomes or sister chromatids to separate normally during nuclear division - resulting in nuclei and cells with the wrong number of chromosomes**
15. incomplete dominance: **g. type of inheritance with a third phenotype with a heterozygous genotype that is a blending of the traits (ie white x red = pink)**
16. codominance: **n. type of inheritance with a third phenotype with a heterozygous genotype, where both of the traits are expressed equally (ie type A x type B = type AB blood)**
Let me know if you need any further clarification or assistance!
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