SUBJECTS
|
BROWSE
|
CAREER CENTER
|
POPULAR
|
JOIN
|
LOGIN
Business Skills
|
Soft Skills
|
Basic Literacy
|
Certifications
About
|
Help
|
Privacy
|
Terms
|
Email
Search
Test your basic knowledge |
CSET Mitosis
Start Test
Study First
Subjects
:
cset
,
science
,
biology
Instructions:
Answer 34 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. Prophase: A cell gets the idea that it is time to divide. First - it has to get everything ready. You need to duplicate DNA - get certain pieces in the right position (centrioles) - and generally prepare the cell for the process of mitotic division.
Chromosomes seperate
prophase
Metaphase
type of cells
2. Has chromosomes and spindle fibers
Mitosis
# of cells
metaphase
Anaphase
3. In what stage can you see the fibers?
Amoeba
Somatic
Prophase
Metaphase
4. Has chromosomes
Prophase
duplication of chromosomes
budding
Mitosis
5. Metaphase: Now all of the pieces are aligning themselves for the big split. The DNA lines up along a central axis and the centrioles send out specialized tubules that connect to the DNA. The DNA (chromatin) has now condensed into chromosomes. Two str
metaphase
crossing over y/n
Anaphase
# divisions
6. In which stage are chromosomes most visible?
Prophase
duplication of chromosomes
metaphase
budding
7. An animal - like protist
Mitosis
Amoeba
crossing over y/n
Somatic
8. One division in mitosis
identical / different cells
type of cells
# of cells
# divisions
9. Has chromosomes and spindle fibers
metaphase
Anaphase
prophase
# of cells
10. This is the normal state of a cell. We suppose that when it comes to cell division - you could call this the resting state. It's just going about its daily business of surviving and making sure it has all of the nutrients and energy it needs. It is a
Same for both
prokaryotes
Interphase
metaphase
11. No need for change identical cells
crossing over y/n
prophase
fission
Mitosis
12. Telophase: Now the division is finishing up. This is the time when the cell membrane closes in and splits the cell into two pieces. You have two separate cells each with half of the original DNA.
Prophase
telophase
In the middle
fission
13. Asexual reproduction in which a part of the parent organism pinches off and forms a new organism
budding
Anaphase
Same for both
prophase
14. Has nucleas - nucleolus - nuclear membrane - Chromatin -
Anaphase
The nuclear membrane or nucleas
# chromosomes
Interphase
15. Positioning of the chromosomes at each stage same or different?
Same for both
The nuclear membrane or nucleas
fission
Interphase
16. Has nucleas - nucleolus - nuclear membrane - and chromatin
identical / different cells
duplication of chromosomes
telophase
metaphase
17. Skin cells reproduce by what process?
# chromosomes
crossing over y/n
fission
Somatic
18. Where are the chromosomes located in metaphase?
In the middle
telophase
Mitosis
Amoeba
19. 2 cells in mitosis
metaphase
# of cells
# chromosomes
metaphase
20. How does the process of mitosis help an organism to grow in shape and size?
importance of mitosis
By cell making more cells the cell will grow in size
Anaphase
# of cells
21. 1. growth - organisms can grow in # of cells and size 2. to replace old or dying cells 3. when we get a cut to heal cuts
importance of mitosis
Interphase
telophase
Anaphase
22. A splitting apart
identical / different cells
budding
fission
# chromosomes
23. 1. prophase - parent cell nucleaous starts to dissolve 2. metaphase - chromatin condenses into chromosomes nuclear envelope disappears 3. Anaphase - dont marry anyone named anna becasue you will seperate 4. Telophase - 2 cells 2 identical daughter ce
asexual
Prophase
crossing over y/n
Mitosis phases
24. Somatic cells go through mitosis
Interphase
type of cells
# chromosomes
Mitosis
25. Anaphase: Here we go! The separation begins. Half of the chromosomes are pulled to one side of the cell; half go the other way. When the chromosomes get to the side of the cell - it's time to move on to telophase.
Chromosomes seperate
By cell making more cells the cell will grow in size
The nuclear membrane or nucleas
Anaphase
26. What cell part begins to appear in the telophase?
Chromosomes seperate
Interphase
Mitosis
The nuclear membrane or nucleas
27. What happens in anaphase?
In the middle
Chromosomes seperate
Metaphase
budding
28. Cells that do not contain nuclei BACTERIA FISSION
Metaphase
asexual
prokaryotes
crossing over y/n
29. Asexual reproduction of cells
Interphase
Mitosis
metaphase
# chromosomes
30. Cell division in which the nucleus divides into nuclei containing the same number of chromosomes
duplication of chromosomes
prophase
Mitosis
budding
31. Same for both
telophase
Mitosis phases
Somatic
duplication of chromosomes
32. Cells are identical
Same for both
identical / different cells
Somatic
Interphase
33. Daughter cells have same # of parent cell (chromosomes)
Amoeba
Somatic
# chromosomes
telophase
34. A type of reproduction involving only one parent that produces genetically identical offspring by budding or by the division of a single cell or the entire organism into two or more parts
Anaphase
In the middle
asexual
duplication of chromosomes