Splitting of centromere and movement of daughter chromosomes towards opposite poles.

Formation and movements of asters towards the opposite poles.

Find the odd one out : Splitting of centromere, formation of daughter chromosomes, reappearance of nucleolus.

If the centromere is terminal , the chromosome is

Number of centromeres present in acentric chromosome

Chromosomes move towards the pole during

Splitting of centromere and hence separation of chromatids occur during

Assertion: Metaphase II begins with splitting of centromere of each chromosome into two. Reason: In Anaphase II chromosomes align at the equator.

Select the correct option: {:(,I,,II),((a),"Synapsis aligns homologous chromosomes",(i),"Anaphase" II),((b),"Synthesis of RNA and protein",(ii),G_(2)"phase"),((c ),"Action of enzyme recombinase",(iii),"Zygotene"),((d),"Centromeres do not separte but chromatids move towards opposite poles",(iv),"Anaphase,(v),"Pachytene") :}

Splitting of centromere of each chomosome which was holding sister chromatids together, occurs at

Movement of chromosomes during anaphase