Phases of Meiosis I
Phases of Meiosis II
Meiosis
Cell Cycle
Meiosis 2.0
100

The second phase of Meiosis I

What is Prophase I?

100

The fourth phase of Meiosis II

Telophase II

100

The process in which the number of chromosomes is halved (opposite of mitosis in which the number of chromosomes is duplicated) 

What is Meiosis?

100

The longest phase of the cell cycle



What is interphase?



100

How many new daughter cells are made during meiosis?

4

200

The first phase of Meiosis I

What is interphase

200

The third phase of Meiosis II

What is Anaphase II?

200

The number of cycles that Meiosis goes through

What is two?

200

what is the purpose of the cell cycle?

to allow a cell to grow, replicate its DNA, and divide into two new daughter cells,


200

What is the purpose of meiosis?

To create gametes

300

The fourth phase of Meiosis I

What is Anaphase I?

300

The first phase of Meiosis II

What is Prophase II?

300

The process in Meiosis that ensures more genetic variation.


What is the crossing over of the chromatids (recombination)



300

The three phases of Interphase.



What are G1, S, and G2?



300

What type of daughter cells are made? (they contain half the number of chromosomes as the parent cell.Each daughter cell has only one copy of each chromosome)

Haploid 

400

The fifth phase of Meiosis I

What is Telophase I 

400

The second phase of Meiosis II

What is Metaphase II?

400

The phase of meiosis where crossing over occurs



What is Prophase I?



400

The name of the phase where DNA is copied



What is the S phase of interphase?



400

Which of the two cycles of meiosis is more similar to mitosis? 

The 2nd 

500

The third phase of Meiosis I

What is Metaphase I?

500

The fifth phase of Meiosis II

What is cytokinesis?

500

The process in Meiosis that ensures more genetic variation during Metaphase II.



What is Independent Assortment?



500

The stage in which the two new cells seperate.



What is Cytokinesis?



500

This phenomenon after meiosis ensures that offspring inherit a RANDOM COMBINATION of maternal and paternal chromosomes, significantly contributing to genetic diversity. (not the same as recombination/crossing over or independent assortment)

What is Random Fertilization?