Due to the position of the centromere, an L-s | vedclass

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(C) Chromosomes are classified based on the position of the centromere: $1$. $Metacentric$: Centromere is in the middle, forming a $V$-shape. $2$. $Su

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Sub-metacentric

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(C) Chromosomes are classified based on the position of the centromere: $1$. $Metacentric$: Centromere is in the middle, forming a $V$-shape. $2$. $Sub-metacentric$: Centromere is slightly away from the middle, forming an $L$-shape. $3$. $Acrocentric$: Centromere is close to the end, forming a $J$-shape. $4$. $Telocentric$: Centromere is at the terminal end, forming an $I$-shape. Therefore, the $L$-shaped chromosome is known as $Sub-metacentric$.

Column-$I$	Column-$II$
$(1)$ Chromosome arms are of equal length	$(a)$ Submetacentric
$(2)$ One arm of the chromosome is shorter	$(b)$ Acrocentric
$(3)$ One arm is extremely long and the other is very short	$(c)$ Telocentric
$(4)$ Terminal centromere	$(d)$ Metacentric

Due to the position of the centromere, an $L$-shaped chromosome is called:

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