After , the resulting 2 daughter nuclei are , meaning they each contain one chromosome from each homologue. During , homologues separate. During , the sister chromatids separate and move towards the poles. During , the nuclear envelope fragments, spindle fibers begin to form, and condensed homologues undergo . During , align independently along the equator. During , each duplicated chromosome attaches to the spindle. During , the spindle disappears and upon completion of cytokinesis, 4 daughter cells result. During , duplicated chromosomes line up at the equator.

This process of cell division is Meiosis

Explanation:

After telophase 1 , the resulting 2 daughter nuclei are haploid , meaning they each contain one chromosome from each homologue. During anaphase 1, homologues separate. During anaphase 2, the sister chromatids separate and move towards the poles. During prophase 1 , the nuclear envelope fragments, spindle fibers begin to form, and condensed homologues undergo synapsis. During metaphase 1, homologues align independently along the equator. During prophase 2 , each duplicated chromosome attaches to the spindle. During telophase 2 , the spindle disappears and upon completion of cytokinesis, 4 haploid daughter cells result. During metaphase 2 , duplicated chromosomes line up at the equator.

the answer to your question is:

c. complementary base-pairing

lysosome is this part of the cell is surrounded by a very thick outer membrane to protect the rest of the cell from its strong enzymes.