Cytochalasin b is a chemical that disrupts microfilament formation.

how would this interfere with cell division?

see concept 12.2 (page 237) view available hint(s) cytochalasin b is a chemical that disrupts microfilament formation.

how would this interfere with cell division?

see concept 12.2 (page 237) binary fission cleavage dna replication formation of the cell plate formation of the mitotic spindle

Formation of the mitotic spindle.

Explanation:

Mitotic spindle is made up of microfilament so disruption in microfilament simply means spindles will not form. If spindles will not form then the chromatids will not separate during anaphase and cell cycle will be at halt which will ultimately interfere with cell division because in the absence of spindle fibers cell cycle progression will not occur i.e. cell cycle will not be able to proceed from anaphase to telophase. It is only after telophase cytokinesis occurs which completes a cell cycle but here in this condition this chemical named as cytochalasin B will interfere with spindle formation and cell cycle will arrest in anaphase and later on cell will die out due to apoptosis.

image result for what happens whenever a net force acts on an object

if an object has a net force acting on it, it will accelerate. the object will speed up, slow down or change direction. an unbalanced force (net force) acting on an object changes its speed and/or direction of motion. an unbalanced force is an unopposed force that causes a change in motion.

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