1. Bark
2. Xylem
3. Root tin
4. Petals
Root tin
1. In meiosis haploidization takes place
2. In meiosis haploidization and crossing over occurs
3. In meiosis diploidization and crossing over occurs
4. None of the above
In meiosis haploidization and crossing over occurs
1. Proteins
2. Tubulin proteins
3. Lipids
4. Nucleotides
Tubulin proteins
1. All dominant genes will segregate together into daughter cells
2. All homologous pairs will segregate
3. All daughter cells will have different homologous chromosome pairs
4. All linkage groups will be disrupted
All homologous pairs will segregate
1. Mitosis only
2. Mitosis and meiosis
3. Meiosis only
4. None of the above
Mitosis and meiosis
1. Chromatids
2. Chromonemata
3. Centromere
4. Chromomere
Centromere
1. Chromatids become chromosomes
2. Nuclear divisions come to close
3. Chromosomes become half in number
4. Exchange of chromosomal material occurs
Exchange of chromosomal material occurs
1. Interphase, prophase, metaphase, anaphase and telophase
2. Interphase, anaphase, telophase and metaphase
3. Prophase, anaphase, interphase, metaphase and telophase
4. Prophase metaphase interphase, anaphase and telophase
Interphase, prophase, metaphase, anaphase and telophase
1. Division of centrosome
2. Movement of chromosome
3. Formation of nucleus
4. Formation of spindle
Division of centrosome
1. When it has entered S-phase
2. Once it has entered G1 phase
3. At any time during cell activity
4. Irrespective of any phase
Once it has entered G1 phase