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WorksheetsLS1.6 and LS1.7 Unit 3 Quizizz
Total questions: 24
Worksheet time: 12mins
Which would be the longest phase of mitosis?
Interphase
Prophase
Metaphase
Anaphase
Which would be the longest part of the cell cycle?
Interphase
Prophase
Metaphase
Anaphase
The cell above is an animal cell. What piece of evidence best supports this claim?
It is undergoing cell division, which only animal cells can do.
It is undergoing prophase, which only happens in meiosis.
It contains a centromere, which is only present in animal cells.
It contains centrioles, which are only found in animal cells.
Which cell represents a cell undergoing metaphase?
1
4
5
6
Which cell represents a cell that is undergoing anaphase?
1
4
5
6
What happens during the S Phase of interphase?
The cell splits
The cell grows
The cell preps for mitosis
The cell undergoes DNA replication
After cytokinesis has ended, the cell will reenter what phase?
G1
S
G2
Mitosis
Before cell division can occur, what process must take place?
Aerobic Respiration
DNA replication
Mitosis
Meiosis
Most chemotherapies target the cellular division process in order to stop cancer cells from being able to divide. Which process would be most helpful to stop in cells that are undergoing out of control cellular division?
Aerobic Respiration
Mitosis
Interphase
G0
At what point do cells become haploid in meiosis?
After prophase I
After Metaphase II
After telophase I
After S phase
Which is true about both meiosis and mitosis?
Mitosis starts diploid and ends diploid. Meiosis starts diploid and ends haploid.
Mitosis starts haploid and ends diploid. Meiosis starts diploid and ends haploid.
Mitosis starts diploid and ends haploid. Meiosis starts haploid and ends haploid.
Mitosis starts diploid and ends haploid. Meiosis starts diploid and ends diploid.
How does meiosis produce genetic diversity?
crossing over (the exchange of genetic material between homologous chromosomes)
crossing over (the production of gour identical gametes)
Crossing over (the movement of homologous chromosomes to opposite ends of a cell)
crossing over (the random lining up of chromosomes during metaphase 1)
Asexual means of reproduction has limited ways of producing genetic diversity. What is the most impactful way of creating genetic diversity?
Crossing over
Fertilization
Meiosis
Mutations
What is a difference between Mitosis and Meiosis?
Mitosis results in identical daughter cells with the same amount of chromosomes, Meiosis results in genetically different daughter cells with half the amount of chromosomes.
Meiosis results in identical daughter cells with the same amount of chromosomes, Mitosis results in genetically different daughter cells with half the amount of chromosomes.
Mitosis results in identical daughter cells with different amounts of chromosomes, Meiosis results in genetically different daughter cells with half the amount of chromosomes.
Mitosis only occurs in gametes while Meiosis only occurs in somatic cells.
Mitosis is a form of
Sexual Reproduction
Asexual reproduction
Meiosis is a form of
Sexual Reproduction
Asexual Reproduction
Which is true of meiosis?
It creates 4 identical daughter cells
It creates 4 unique daughter cells
It creates 2 identical daughter cells
It creates 2 unique daughter cells
True or false: Meiosis creates haploid daughter cells
True
False
True or false: The egg and sperm are created via mitosis
True
False
During cytokinesis, this must form in between the two new daughter cells of a plant cell.
Cleavage furrow
Cell Plate
What structure pulls the chromosomes apart during cell division?
Spindle fibers
centromere
cytoplasm
cell plate
Root hair cells in plant undergo large amounts of lateral growth. What does this indicate?
They have a high rate of cellular division
They have a low rate of cellular division
They do not divide
They are in G0.
If a cell type exposed to damaging materials frequently, it is likely to have a...
a shorter cell cycle length
a longer cell cycle length
If a plant has a diploid number of 300, what process would allow it to decrease its chromosome number to 150?
binary fission
meiosis
mitosis
interphase
