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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. Division and distribution of the cell's DNA to its two daughter cells such that each cell receives a complete copy of the original genome
Cambium
Tetrad
Mitosis
External Fertilization
2. Formed due to cortical reaction -hard layer that surrounds the ovum cell membrane and prevents multiple fertilizations -Followed by the fusion of sperm nucleus and form a diploid zygote
Oocyte Cell Membrane
Chromatin
Sporophyte
Fertilization membrane
3. Consists almost entirely of the nucleus - which contains the paternal genome
Fertilization membrane
Flower
Prophase (Interphase)
Head of Sperm
4. 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
Follicular phase
Sporophyte Generation
Fission
Scrotum
5. Central region where - after replication - the chromosomes consist of two identical sister chromatids held together in interphase
Spermatozoa
Centromere
Testes
Hermaphrodites
6. 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
Filament
Cytokinesis (Interphase)
Ovaries
Cervix
7. Found in the tips of roots and stems where growth in length occurs
Oocytes
Bulbs
Apical Meristem
Ovaries
8. Production of offspring without fertilization -form new organisms by a single parent cell -offspring are genetic carbon copies of their parent cells -genetically identical to the parent cells (except mutations) -ex: fission - budding - regeneration -
Meristems
Asexual Reproduction
Telophase (Interphase)
Cell Division
9. Comlex process involving the formation and fertilization of gametes and regulation of these processes by bot parents
Ovaries
Menses
Zona Pellucida
Sexual Reproduction in Animals
10. Sperm production -occurs in the seminiferous tubules
Meristem Cells
Vaginal Canal
Fission
Spermatogenesis
11. Specialized organs where gametes are produced
Ovulation
Primary Oocytes
Gonads
Disjunction
12. Two haploid cells yielded from meiotic division of primary spermatocytes
Sexual Reproductive Mechanisms
Secondary Spermatocytes
Synapsis
Corpus Luteum
13. Tail of sperm -propels the sperm - whereas mitochondria in the neck and body provide energy the locomotion
Flagellum
Mitosis
Sexual Reproduction Requires
Uterus
14. As in mitosis - the parent cell's chromosomes are replicated in the 2N number of sister chromatids
Follicular phase
Bulbs
Ovaries
Interphase (Meiosis)
15. Produced when one diploid primary female sex cell undergoes meiosis in the ovaries
Single Mature Egg
Secondary Oocyte
Regeneration
Ovulation
16. Have one cotyledon
Oogenesis
Monocots
Menses
Cytokinesis
17. Produced when each meiotic division -rapidly degenerate
Cellular Division (Multicellular Organisms)
Luteal Phase
Progesterone
Polar Body
18. Bulbs - tubers - runners - rhizomes
Natural Vegatative Propagation
Anaphase I
Single Mature Egg
Artificial Vegetative Propagation
19. Specialized cells with hard coverings that prevent loss of water
Vegetative Propagation
Cell Division
Spores
Partenogenesis
20. Produced after meioisis from spermatids that undergo a series of changes -AKA mature sperm -specialized for transporting the sperm nucleus to the ovum -elongated cell with a head - neck - body - and tail
Prophase (Interphase)
Filament
Spermatozoa
Hermaphrodites
21. AKA ovanan or fallopian tube -opens into the upper end of the uterus
Corpus Luteum
oviduct
Ovaries
Cytokinesis (Interphase)
22. The process by which a cell doubles its organelles and cytoplasm - replicates its DNA - and then divides into two
Mosses
Cellular Division (Multicellular Organisms)
Centromere
Cell Division
23. Union of the egg and sperm nuclei to form a zygote with a diploid number of chromosomes
Sperm Travels...
Fertilization
Cortical Reaction
Spermatozoa
24. Triggered by acrosomal reaction causing calcium ions to be released into the cytoplasm
Cortical Reaction
Mature Ovum
Anther
oviduct
25. Plants exhibit alternation of generation in which a diploid generation is succeeded by a haploid generation -diploid saprophyte generation produces haploid spores - which develop into the haploid saprophyte generation
Endosperm
Spore Formation
Apical Meristem
Cell Plate
26. Expanding partition that grows outward from the interior of the cell until it reaches the cell membrane
Anaphase (Interphase)
Asexual Reproduction
Cell Plate
First Meiotic Division
27. After ovulation - LH induces the ruptured follicle to develop into the corpus luteum
Luteal Phase
Flagellum
Asexual Reproduction in Plants
Dizygotic (Fraternal) Twins
28. Female gonads that produce oocytes
First Meiotic Division
Head of Sperm
Sporophyte Generation
Ovaries
29. 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
Tetrad
Follicular phase
Chromatin
Fertilization/Conjugation
30. AKA lateral meristem -located between the xylem and phloem
Oogenesis
Corona Radiata
Meristems
Cambium
31. 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
Embryo
Acrosome
Seed Coat
External Fertilization
32. 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
Vegetative Propagation
Artificial Vegetative Propagation
Regeneration
Gametes
33. Eggs
Acrosome
Cellular Division (Multicellular Organisms)
Primary Spermatocytes
Oocytes
34. Nuclear division and followed by cell division
Embryo
Karyokinesis
Cellular Division (Multicellular Organisms)
Vaginal Canal
35. Common passageway for both the reproductive and exretory systems
Fertilization membrane
Male Urethra
Gametes
Female Sex Hormones
36. 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
Internal Fertilization
First Meiotic Division
Corona Radiata
Luteal Phase
37. Cell division that follows karyokinesis
Cytokinesis
Oocytes
Dizygotic (Fraternal) Twins
Cell Division
38. Nuclear membrane forms around each new nucleus -at this point - each chromosome still consists of sister chromatids joined at the centromere
Metaphase (Interphase)
Menses
Telophase I
Internal Fertilization
39. Produced in developing placenta if fertilization occurs - maintaining the corpus luteum and - thus - the supply of estrogen and progesterone that maintains the uterus - until the placenta takes over production of these hormones
Luteal Phase
hCG (human Chorionic Gonadotrophin)
Metaphase Plate (Interphase)
Meristems
40. Four haploid cells produced from the second meiotic division after secondary spermatocytes
Spermatids
Acrosomal Process
Anther
Corona Radiata
41. A tubelike structure formed by the sperm once in contact with the membrane -extends to the cell membrane and penetrates it - fusing the sperm cell membrane with that of the ovum -Sperm nucleus now enters the ovum's cytoplasm to complete Meiosis II
Flagellum
Apical Meristem
Acrosomal Process
Filament
42. Specialized sex cells
Gametes
Cambium
Sexual Reproductive Mechanisms
Primary Oocytes
43. Male gonads - produce sperm in the tightly coiled seminiferous tubules
Cambium
Menses
Sperm Travels...
Testes
44. Part of embry that are seed leaves
Spermatids
Cotyledons
Seed Coat
Partenogenesis
45. Large cell containing most of the cytoplasm - RNA - organelles - and nutrients needed by a developing embryo
Mature Ovum
Cytokinesis
Polar Body
Monozygotic (identical) Twins
46. Some species of plants have flowers that contain only stamens and other flowers that contain only pistils
Sexual Reproduction in Angiosperms
Embryo
Seed Coat
Spermatids
47. 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
Sexual Reproduction in Angiosperms
Metaphase (Interphase)
Asexual Reproduction
Prophase (Interphase)
48. Lower - narrow end of the uterus -connects with the vaginal canal
Cervix
Ovulation
Ferns
Metaphase (Interphase)
49. Multilayered sac of cells that contains - nourishes - and protects an immature ovum -produce estrogen
Follicle
Natural Vegatative Propagation
Ovulation
Spermatogonia
50. AKA sperm production -occurs in the seminiferous tubules
Endosperm
hCG (human Chorionic Gonadotrophin)
Sporophyte
Spermatogenesis