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Test your basic knowledge |
PCAT Biology Reproduction
Start Test
Study First
Subjects
:
pcat
,
biology
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. The development of an unfertilized egg into an adult organism
Cambium
Budding
Partenogenesis
Sexual Reproduction in Angiosperms
2. Comlex process involving the formation and fertilization of gametes and regulation of these processes by bot parents
Sporophyte Generation
Tetrad
Synapsis
Sexual Reproduction in Animals
3. Male gonads - produce sperm in the tightly coiled seminiferous tubules
Meristems
Testes
Head of Sperm
Acrosomal Process
4. Caplike structure - derived from the Golgi apparatus - develops over the anterior half of the head -contains enzymes needed to penetrate the tough outer covering of the ovum
Ovaries
Cytokinesis
Mature sperm
Acrosome
5. Diploid cells that undergo meiosis to produce four haploid sperm of equal size
Hermaphrodites
Vaginal Canal
Spermatozoa
Spermatogonia
6. Cell undergoes a period of growth and replication of genetic material before the initiation of mitosis -cell spends at least 90% of life in interphase -each chromosome is replicated so that during division - a complete copy of the genome can be distr
Interphase
Ferns
Spermatogenesis
Asexual Reproduction
7. Released from the ovary into the abdominal cavity and drawn into the nearby oviduct
Anther
Immature ovum
Partenogenesis
Ovaries
8. (In Prophase I) each chromosome consists of two sister chromatids - each synaptic pair of homologous chromosomes containing four chromatids
Luteal Phase
Cell Division
Tetrad
Crossing Over
9. AKA lateral meristem -located between the xylem and phloem
Cambium
Luteal Phase
Oogenesis
Spermatogonia
10. Stems running above and along the gorund - extending form the main stem -can produce new roots and upright stems
Sporophyte
Runners
Cell Division
External Fertilization
11. Can be fertilized during the 12-24hr after ovulation -occurs in the lateral - widest portion of the fallopian tube -sperm must travel through the vaginal canal - cervix - uterus - and into the fallopian tubes to reach the ovum
Ovaries
Sexual Reproduction Requires
Meisosis vs. Mitosis
Fertilization
12. The embryonic undifferentiated cells that growth in higher plants are restricted to -undergo active cell reproduction
Vaginal Canal
Female Sex Hormones
Meristem Cells
Cytokinesis (Interphase)
13. Causes the glands of the endometrium to mature and produce secretions that prepare it for the implantation of an embryo -essential for the maintenance of the endometrium
Tetrad
Urethra
Progesterone
Flagellum
14. Steroid hormones necessary for normal female maturation -stimulate the development of the female reproductive tract and contribute to the development of secondary sexual characteristics and sex drive -responsible for the thickening of the endometrium
Estrogens
Budding
Testes
Fertilization
15. Chromosomes condense - and the centriole pairs (in animals) separate and move towards the opposite poles of the cell. the spindle apparatus forms between them - and the nuclear membrane dissolves - allowing the spindle fibers to interact with the chr
Gametophyte Generation
Disjunction
Fertilization
Prophase (Interphase)
16. 1) G1: Initiates interphase. is described as the active growth phase and can vary in length. the cell increases in size and synthesizes proteins. the length of the G1 phase determines the length of the entire cell cycle 2) S: the period of DNA synthe
Four Parts of Interphase
Corona Radiata
Uterus
Second Meiotic Division
17. Practiced by terrestrial vertebrates and provides a direct route for sperm to reach the egg cell -increased chance for fertilization success and females produce fewer eggs
Telophase I
Internal Fertilization
Secondary Spermatocytes
Female Sex Hormones
18. Split to form several bulbs
Runners
Bulbs
Corpus Luteum
Gametophyte Generation
19. Meristems provide a source of cells that can develop into an adult plant -can occur naturally or through human intervention -advantagous because it introduces no genetic variation and is a rapid form of reproduction
Acrosomal Process
External Fertilization
Vegetative Propagation
Secondary Spermatocytes
20. Begins with the cessation of the menstrual flow from the previous cycle -FSH (Follicle Stimulating Hormone) from the anterior pituitary promotes the development of the follicle - which grows and begins secreting estrogen
Follicle
Follicular phase
Spore Formation
Filament
21. Produced when each meiotic division -rapidly degenerate
Polar Body
Prophase (Interphase)
Spores
Bulbs
22. Spore formation - vegetative propagation - and Artificial Vegetative Propagation
Asexual Reproduction in Plants
Spermatids
Spores
Asexual Reproduction
23. Surrounded by two layers of cells
Mosses
Oogenesis
Spermatogonia
Oocyte Cell Membrane
24. Homologous pairs (tetrads) align at the equatorial plane - and each pair attaches to a separate spindle fiber by its kinetochore
Spermatozoa
Meristems
Asexual Reproduction in Plants
Metaphase I
25. Near the end of telophase - the cytoplasm divides into two daughter cells - each wit a complete nucleus and its own set of organelles -In animal cells - a cleavage furrow forms - and the cell membrane indents along the equator of the cell and finally
Luteal Phase
Cytokinesis (Interphase)
Tetrad
Sexual Reproductive Mechanisms
26. (In Prophase I) process where homologous chromosomes (chromosomes that code for the same traits - one inherited form each parent) come together and intertwine
Metaphase I
Zona Pellucida
Synapsis
Corpus Luteum
27. The process by which gametes are produced -involves two divisions of primary sex cells resulting in four haploid cells called gametes
Spermatids
Meiosis
Seed Coat
Telophase I
28. Differs from asexual reproduction in that there are two parents involved and the end result is a geneticaly unique offspring -fusion of two gametes
Fertilization membrane
Sexual Reproductive Mechanisms
Sexual Reproduction Requires
Gametophyte Generation
29. Some species of plants have flowers that contain only stamens and other flowers that contain only pistils
Anaphase (Interphase)
Anther
Gametes
Sexual Reproduction in Angiosperms
30. Centromeres split so that each chromatid has its own distinct centromere - thus allowing sister chromatids to separate. The sister chromatids are pulled toward the opposite poles of the cell by the shortening of the spindle fibers. Spindle fibers are
Fertilization membrane
Disjunction
Anaphase (Interphase)
Bulbs
31. Releases spores form the undersides of its leaves that develop into small heart-shaped gametophytes
Bulbs
Cortical Reaction
Sporophyte
Vegetative Propagation
32. Centriole pairs are now at opposite poles of the cell
Corpus Luteum
Interphase (Meiosis)
Cytokinesis (Interphase)
Metaphase (Interphase)
33. After ovulation - LH induces the ruptured follicle to develop into the corpus luteum
Luteal Phase
Centromere
Ovaries
oviduct
34. Mass of cells formed when the zygote divides
Embryo
Spermatozoa
Crossing Over
Apical Meristem
35. AKA sperm production -occurs in the seminiferous tubules
Spermatogonia
Crossing Over
Meiosis
Spermatogenesis
36. Produces two intermediate daughter cells with N chromosomes with sister chromatids
Acrosomal Process
Estrogens
First Meiotic Division
Spermatids
37. Simple form of asexual reproduction seen in prokaryotic organisms -DNA replicates and a new plasma membrane and cell wall grow inward along the midline of the cell - dividing it into two equally size cells with equal maounts of cytoplasm - each conta
Cellular Division (Multicellular Organisms)
First Meiotic Division
Fission
Embryo
38. Ex: estrogens and progesterone -synthesized by ovaries
Female Sex Hormones
Apical Meristem
Synapsis
Menses
39. Regrowth of a lost or injured body part
Ferns
Regeneration
Anaphase I
Tubers
40. The male organ of the flower and consists of a thin - stalk-like filament
Cytokinesis
Mitosis
Metaphase (Interphase)
Stamen
41. Multilayered sac of cells that contains - nourishes - and protects an immature ovum -produce estrogen
Flower
Mitosis
Follicle
Menstrual Cycle
42. Thin and stalk like with a terminal sac called the anther
Sexual Reproduction Requires
Spermatozoa
Filament
Corona Radiata
43. Have one cotyledon
Monocots
Testosterone
Uterus
Hypocotyl
44. Female gonads that produce oocytes
Ovaries
Chromatin
Cotyledons
Anaphase (Interphase)
45. Part of embryo that is the precursor of the upper stem and leaves
Plant vs. Animal cells
epicotyl
Hermaphrodites
Oocytes
46. The production of female gametes -occurs in the ovarian follicles
Oogenesis
Corona Radiata
Embryo
Mosses
47. (In Anaphase I) homologous pairs separate and are pulled to opposite poles of the cell -accounts for a fundamental Mendelian Law -each chromosome of paternal origin separates (or disjoins) from its homologue of maternal origin - and either chromosome
Disjunction
Follicular phase
Metaphase I
Internal Fertilization
48. The process by which a cell doubles its organelles and cytoplasm - replicates its DNA - and then divides into two
Male Urethra
Cellular Division (Unicellular Organisms)
Ovaries
Cell Division
49. Occurs in vertebrates that reproduce in water (fish and amphibians) -female lays eggs in water and male deposits sperm in the vicinity -lack of direct passage of sperm from male to female reduces chances of fertilization considerably
External Fertilization
Oocytes
Sporophyte
Mosses
50. Daughter cells of unequal size produced from one primary oocyte per month completes meiosis I -expelled from the follicle during ovulation
Spermatids
Fertilization membrane
Secondary Oocyte
Head of Sperm