Final answer:
The statement is false, as apical microtubules are not implicated in mitosis. The correct microtubules involved are astral, kinetochore, and polar microtubules.
Step-by-step explanation:
The statement that apical, chromosomal and polar microtubules are necessary for the completion of metaphase is false. It appears that there is a typo or misunderstanding in the term "apical" as it is not standard terminology in the context of mitosis. The appropriate type of microtubules involved in metaphase are astral, kinetochore, and polar microtubules. Astral microtubules are responsible for positioning the spindle apparatus and regulating mitosis. Kinetochore microtubules attach to kinetochores on sister chromatids and are essential for aligning chromosomes at the metaphase plate. Polar microtubules help in pushing the spindle poles apart and contribute to the elongation of the cell.
Apical, chromosomal, and polar microtubules are all necessary for the completion of metaphase. During prometaphase, kinetochore microtubules from opposite poles attach to each sister chromatid at the kinetochore, while polar microtubules overlap in the center of the cell for cell elongation. These microtubules play crucial roles in the alignment and movement of chromosomes during metaphase.