Sheep Karyotype: How many chromosomes can be found in: 1 Sheep Karyotype: How many chromosomes can be found in: 1. Somatic cells _____________ 2. Gamete cells ______________ 3. Haploid cells ______________ 4. Diploid cells ______________ 5. Muscle cells ______________ 6. Non-sex cells ______________ 7. Egg cells ________________ 8. Blood cells _______________ 54 27 27 54 54 54 27 54

A B C D E anaphase prophase telophase metaphase interphase C 9. Which picture shows telophase? ___________________________________ 10. Which picture shows metaphase? _________________________________ 11. In which picture is the nucleus dissolving? __________________________ 12. In which picture is cytokinesis occurring? ___________________________ 13. In which picture is the cell performing its normal job? _________________ 14. In which picture are chromatids being separated? ____________________ 15. In which picture does the G1, S, and G2 stages occur? _________________ 16. In which picture is a copy of the chromatin created? __________________ 17. In which picture are chromosomes aligning along the equator? __________ 18. In which picture would an extra organelle be created? _________________ D B C E A E E D E

Sheep Karyotype: How many chromosomes can be found in: 1 Sheep Karyotype: How many chromosomes can be found in: 1. Somatic cells _____________ 2. Gamete cells ______________ 3. Haploid cells ______________ 4. Diploid cells ______________ 5. Muscle cells ______________ 6. Non-sex cells ______________ 7. Egg cells ________________ 8. Blood cells _______________

Sheep Karyotype: How many chromosomes can be found in: 1 Sheep Karyotype: How many chromosomes can be found in: 1. Somatic cells _____________ 2. Gamete cells ______________ 3. Haploid cells ______________ 4. Diploid cells ______________ 5. Muscle cells ______________ 6. Non-sex cells ______________ 7. Egg cells ________________ 8. Blood cells _______________

A B C D E 9. Which picture shows telophase? ___________________________________ 10. Which picture shows metaphase? _________________________________ 11. In which picture is the nucleus dissolving? __________________________ 12. In which picture is cytokinesis occurring? ___________________________ 13. In which picture is the cell performing its normal job? _________________ 14. In which picture are chromatids being separated? ____________________ 15. In which picture does the G1, S, and G2 stages occur? _________________ 16. In which picture is a copy of the chromatin created? __________________ 17. In which picture are chromosomes aligning along the equator? __________ 18. In which picture would a extra organelles be created? _________________

A B C D E 9. Which picture shows telophase? ___________________________________ 10. Which picture shows metaphase? _________________________________ 11. In which picture is the nucleus dissolving? __________________________ 12. In which picture is cytokinesis occurring? ___________________________ 13. In which picture is the cell performing its normal job? _________________ 14. In which picture are chromatids being separated? ____________________ 15. In which picture does the G1, S, and G2 stages occur? _________________ 16. In which picture is a copy of the chromatin created? __________________ 17. In which picture are chromosomes aligning along the equator? __________ 18. In which picture would a extra organelles be created? _________________