A: Anatropous ovule is a resupinate ovule.R: | vedclass

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(A) An anatropous ovule is the most common type of ovule in angiosperms,occurring in more than $80\%$ of families.In an anatropous ovule,the body of t

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Assertion and Reason both are correct and Reason is the correct explanation of Assertion.

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(A) An anatropous ovule is the most common type of ovule in angiosperms,occurring in more than $80\%$ of families.In an anatropous ovule,the body of the ovule becomes completely inverted during development,resulting in the micropyle and the funicle being located side-by-side.Because of this $180^{\circ}$ rotation (inversion),it is also known as a resupinate ovule.The hilum and the micropyle are brought close to each other due to this curvature.Therefore,both the Assertion and the Reason are correct,and the Reason provides the correct explanation for the Assertion.

List-$I$	List-$II$
$A$. Hilum	$I$. Residual persistent nucellus
$B$. Perisperm	$II$. Basal part of ovule
$C$. Chalaza	$III$. Junction between ovule and funicle
$D$. Funicle	$IV$. Stalk by which ovule is attached to placenta

$A$: Anatropous ovule is a resupinate ovule.
$R$: The body of the ovule is completely bent with the hilum close to the micropylar end.

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$A$: Anatropous ovule is a resupinate ovule.$R$: The body of the ovule is completely bent with the hilum close to the micropylar end.