Checklist / Rubric: MEIOSIS Model
Names of group members: ________________________ __________________________
Pictures of models from each phase must be arranged in a Power point presentation (or similar program) and submitted digitally to the teacher.
The diploid number (2n) for your cell must equal 4 and the haploid number (n) must each 2.
Criteria
1. title of the project;
name of the student/s
2. nine stages: Meiosis I
and Meiosis II
3. sets of chromosomes
4. prophase I
5. metaphase I
6. anaphase I
7. telephase I
8. prophase II
5. metaphase II
6. anaphase II
7. telephase II
8. cytokineses
9. neatness
Description
- relevant and detailed title
- students’ names are included
-have 9 models: prophase I, metaphase I, anaphase I, telophase I, two daughter
cells, prophase II, metaphase II, anaphase II, telophase II, four daughter cells
Number of Points
3
2
9
- all models are labelled correctly and arranged in sequence and there is a neat
and colour coded key for the model series with all the important parts identified
- used different colors to represent homologous sets of chromosomes
-chromosomes duplicating
-paired chromatids with centromeres
- show synapsis and crossing over of homologous chromosomes
- homologous pairs of chromosomes line up across the center
-each chromosome is connected to a spindle at its centromere
- homologous pairs of chromosomes separate and are moved apart
-spindle connected to each chromosome getting shorter
- chromosomes gather at opposite ends of the cell
- cell divides; cytokinesis
-two haploid daughter cells; each daughter cell has half the number of
chromosomes as the original cell
6
- chromosomes line up across the equator (like metaphase stage of mitosis)
-each chromosome is connected to a spindle at its centromere
- sister chromatids separate an moved apart
- centromeres split
- chromosomes gather at opposite ends of the cell
- cell divides; cytokinesis
- four daughter cells have formed; contain haploid number of chromosomes
- models are centered; captions and descriptions are clear and neatly written
TOTAL
Checklist / Rubric: MEIOSIS Model
Points Earned
4
8
5
5
5
4 x 2 =8
4 x 2 =8
4x2=8
4x2=8
4 x 4 = 16
5
100 points
_______
Names of group members: ________________________ __________________________
Pictures of models from each phase must be arranged in a Power point presentation (or similar program) and submitted digitally to the teacher.
The diploid number (2n) for your cell must equal 4 and the haploid number (n) must each 2.
Criteria
1. title of the project;
name of the student/s
2. nine stages: Meiosis I
and Meiosis II
3. sets of chromosomes
4. prophase I
5. metaphase I
6. anaphase I
7. telephase I
8. prophase II
5. metaphase II
6. anaphase II
7. telephase II
8. cytokineses
9. neatness
Description
- relevant and detailed title
- students’ names are included
-have 9 models: prophase I, metaphase I, anaphase I, telophase I, two daughter
cells, prophase II, metaphase II, anaphase II, telophase II, four daughter cells
Number of Points
3
2
9
- all models are labelled correctly and arranged in sequence and there is a neat
and colour coded key for the model series with all the important parts identified
- used different colors to represent homologous sets of chromosomes
-chromosomes duplicating
-paired chromatids with centromeres
- show synapsis and crossing over of homologous chromosomes
- homologous pairs of chromosomes line up across the center
-each chromosome is connected to a spindle at its centromere
- homologous pairs of chromosomes separate and are moved apart
-spindle connected to each chromosome getting shorter
- chromosomes gather at opposite ends of the cell
- cell divides; cytokinesis
-two haploid daughter cells; each daughter cell has half the number of
chromosomes as the original cell
6
- chromosomes line up across the equator (like metaphase stage of mitosis)
-each chromosome is connected to a spindle at its centromere
- sister chromatids separate an moved apart
- centromeres split
- chromosomes gather at opposite ends of the cell
- cell divides; cytokinesis
- four daughter cells have formed; contain haploid number of chromosomes
- models are centered; captions and descriptions are clear and neatly written
TOTAL
Points Earned
4
8
5
5
5
4 x 2 =8
4 x 2 =8
4x2=8
4x2=8
4 x 4 = 16
5
100 points
_______