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The events of meiosis I of an animal cell in the correct order;

DNA condenses into  chromosomes.

Homologous pairs align  to initiate crossover.

Microtubules pull apart the  homologous pairs toward  opposite poles.

Nuclear envelopes develop  around the nuclei.

Cytoplasm pinches inward  near the cell furrow.

Explanation:

The process in which new cells are made order to grow, replenish (repair), and reproduce is called cell division . During cell division, cells pass through different phases called cell cycle. In eukaryotes, there are two types of cell division - mitosis (the process of making new body cells like blood, muscle etc ) and meiosis (reproductive cell division that creates egg and sperm cells).

Meiosis is a type of cell division in which four haploid daughter cells are produced from a diploid parent cell having two copies of each chromosome. The daughter cells produced after meiosis are genetically different and each cell is haploid containing one-half the number of chromosomes as that of the parent cell by undergoing DNA replication and nuclear division.

During the interphase of meiosis, the synthesis of proteins and enzymes necessary for growth, and chromosomal replication takes place. Meiosis I and meiosis II are the phases of meiosis.

In prophase-I, the condensation of chromatin into chromosomes occur and a contact is established between homologous chromosomes. Then the crossing over of genetic material between these chromosomes takes place and as a result each chromosome is different to its parent chromosome. The chromosome pairs begin to separate and uncoil to allow DNA transcription. Then the nuclear envelope and nucleoli disappears and the microtubules attach to the chromosomes.

In metaphase-I, homologous chromosome pairs align at the center of the cell. Here half of each chromosome pair is positioned to each pole so that they do not end up in the same cell.

In anaphase-I , the shortening of microtubules start. They pull apart one chromosome of each homologous pair toward s the opposite poles. Then the elongation of cell begins.

In telophase-I , the microtubules disappears. At the opposite poles, chromosomes of each homologous pair reach and a new nuclear envelope develops around each haploid set of chromosomes. Chromatin is formed again as the chromosomes uncoil, cytoplasm pinches inward and divides (cytokinesis) forming two daughter cells.