FINA 3023 Make up Exam Sp 2025.docx Download the attached Word file of questions. Work with Excel to answer all questions. Show work cleanly. After you are done, save and submit your Excel file here. All rules of exam communicated in the class apply. Make sure to download the formula sheet.  

A population of animals that share distinctive characteristics.  A) Standing Heat B) Breeding Value C) Superovulation D) Chromosome E) Meiosis F) Zygote G) Genes H) Heterozygous I) Outcrossing J) Breed K) Qualitative Traits L) Quantitative Traits M) Hybrid Vigor N) Codon O) Phenotype P) Genotype Q) Heritability R) Selection S) Selection Index T) Contemporaries U) Inbreeding V) Quality Grade W) Crossbreeding X) Grading Up Y) Mitosis Z) DNA AA) Heterosis BB) EPD

The cell formed from the union of two gametes.  A) Standing Heat B) Breeding Value C) Superovulation D) Chromosome E) Meiosis F) Zygote G) Genes H) Heterozygous I) Outcrossing J) Breed K) Qualitative Traits L) Quantitative Traits M) Hybrid Vigor N) Codon O) Phenotype P) Genotype Q) Heritability R) Selection S) Selection Index T) Contemporaries U) Inbreeding V) Quality Grade W) Crossbreeding X) Grading Up Y) Mitosis Z) DNA AA) Heterosis BB) EPD

Sperm is produced in the epididymis. 

Chromosomes that have differing genes for a particular trait.  A) Standing Heat B) Breeding Value C) Superovulation D) Chromosome E) Meiosis F) Zygote G) Genes H) Heterozygous I) Outcrossing J) Breed K) Qualitative Traits L) Quantitative Traits M) Hybrid Vigor N) Codon O) Phenotype P) Genotype Q) Heritability R) Selection S) Selection Index T) Contemporaries U) Inbreeding V) Quality Grade W) Crossbreeding X) Grading Up Y) Mitosis Z) DNA AA) Heterosis BB) EPD

An adjusted weaning weight accounts for differences in calf age only. 

A group of animals of the same breed, sex and raised under similar environmental conditions.  A) Standing Heat B) Breeding Value C) Superovulation D) Chromosome E) Meiosis F) Zygote G) Genes H) Heterozygous I) Outcrossing J) Breed K) Qualitative Traits L) Quantitative Traits M) Hybrid Vigor N) Codon O) Phenotype P) Genotype Q) Heritability R) Selection S) Selection Index T) Contemporaries U) Inbreeding V) Quality Grade W) Crossbreeding X) Grading Up Y) Mitosis Z) DNA AA) Heterosis BB) EPD

The production of a greater number of eggs than normal.  A) Standing Heat B) Breeding Value C) Superovulation D) Chromosome E) Meiosis F) Zygote G) Genes H) Heterozygous I) Outcrossing J) Breed K) Qualitative Traits L) Quantitative Traits M) Hybrid Vigor N) Codon O) Phenotype P) Genotype Q) Heritability R) Selection S) Selection Index T) Contemporaries U) Inbreeding V) Quality Grade W) Crossbreeding X) Grading Up Y) Mitosis Z) DNA AA) Heterosis BB) EPD

Follicles produce estrogen. 

When selecting for a large number of traits, how fast is the progress of those traits as compared to single trait selection?