Protein spindles form on the centrioles which move to opposite poles in the cell.
(I will skip the whole process and talk only about the centrioles)
These spindles attach themselves to one side on the chromosome with extreme precision and the spindles on the opposite centriole, attaches itself to the other half.
The chromosomes are brought to the centre of the cell.
Then a cellular, tug-of-war occurs as many other spindles push against each other and the centrioles are repelled against each other.
Hence, the chromosomes are split into two.
They move to opposite poles (or sides)
During mitosis, centrioles move to the opposite sides of the cell.
The centrioles within the cell form the mitotic spindle.
In animal cells, organelles called Centrioles are responsible for the formation of spindle fibres during cell division. In diploid cells, there is a pair of centrioles present. In the Anaphase stage, these move to opposite poles of the cell and after the spindle fibres attach to the chromosomes, pull them to the respective side. Each centriole is made of two identical cartwheel-like components, positioned at right angles to each other.
The equatorial plate happens in mitosis during cytokineses.
During metaphase each chromosome attaches to spindle fibers. The centriole anchors the spindle fibers and helps in splitting the chromosome.
The split chromosomes during mitosis WOW!
During mitosis, centrioles move to the opposite sides of the cell.
The centrioles within the cell form the mitotic spindle.
Prophase
Used during Meiosis and Mitosis, only in animals. Helps with cell division.
Prophase.
In animal cells, organelles called Centrioles are responsible for the formation of spindle fibres during cell division. In diploid cells, there is a pair of centrioles present. In the Anaphase stage, these move to opposite poles of the cell and after the spindle fibres attach to the chromosomes, pull them to the respective side. Each centriole is made of two identical cartwheel-like components, positioned at right angles to each other.
centriole
During the process of mitosis, the nucleus divides!
The equatorial plate happens in mitosis during cytokineses.
It organizes the microtubules in mitosis. The microtubules move the chromosomes around the cell during mitosis, most importantly lining the chromosomes up at the metaphase plate in metaphase so that they can split up into the two daughter cells.
During this final activity of the interphase, the cell duplicates its centriole in preparation for mitosis. The "g2 checkpoint" verifies that the DNA does not need repair.