Meiosis II
I Am
In this Phase
General Knowledge
Meiosis 1
100

Meiosis produces cells that are ________from the parent cell.

 different 

100

I am formed after Mitosis is complete

Daughter cells.

100

Chromatids separate

Anaphase II or Mitosis Anaphase

100

Mitosis and Meiosis are both types of what

Cell Division

100

Meiosis produces these type of cells. ( not somatic)

Gamets

200

The cells created at the end of Mitosis or Meiosis are known as _____________  Cells.

Daughter

200

I am in charge of pulling the chromosomes apart

Spindle Fibers

200

Crossing-over occurs

Prophase I

200

Mitosis is considered to be __________. While Meiosis is not a ____________. (Two answers but the same word.)

Cycle

200

Gamets are cells used specifically for ________ in our body. 

Reproduction

300

This is similar  to halftime at a football game

Interkinesis

300

I am lost in prophase but am found in telophase

Nuclear Membrane

300

Chromosomes line up along equator, not in homologous pairs

Metaphase II

300

The word " Homologous"  means what.

The same , similar.

300

Meiosis begins with a ___________ cell and ends with ____________ cells.

Diploid and 4 haploid.

400

In prophase II these two processes will not occur that happened in Prophase I

Synapsis and Crossover

400

I am known to move around the cell and grow microtubles

Centrioles

400

Nuclear membrane reforms, cytoplasm divides, 4 daughter cells formed

Telophase II

400

If the somatic cell of an insect has 36 Chromosomes what will its gamets have.

18 chromosomes

400

When homologous chromosomes exchange genes, it is called

Crossover

500

Meiosis is a type of cell division known as ________   ___________. 2 word answer.

Reduction Divsion

500

I am the reason no two people are exactly the same. I am found in Prophase 1

Crossover

500

Homologous chromosomes pair up and form tetrad

Prophase I

500

Th process of ___________ occurs when the sister chromatids attach to the ____________ creating a chromosome.

Synapsis, centromere.

500

During meiosis, chromosomes will split into daughter cells randomly, making each gamete unique.  This is
called

Independent Assortment.


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