Match the following columns:Column-IColumn-II | vedclass

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Question

(A) The menstrual cycle consists of four main phases:$1$. Menstrual phase: Occurs from day $1-5$, where the endometrial lining sheds.$2$. Follicular p

Vedclass · Accepted Answer

$1-c, 2-a, 3-e, 4-b, 5-d$

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(A) The menstrual cycle consists of four main phases:$1$. Menstrual phase: Occurs from day $1-5$, where the endometrial lining sheds.$2$. Follicular phase (Proliferative phase): Occurs from day $6-13$, where follicles mature.$3$. Ovulation: Occurs on the $14^{th}$ day, triggered by an $LH$ surge.$4$. Luteal phase (Secretory phase): Occurs from day $15-28$, where the corpus luteum secretes progesterone.Matching the columns:$(1)$ Secretory phase corresponds to $(c)$ or $(e)$ ($15-28$ days).$(2)$ Ovulation corresponds to $(a)$ ($14^{th}$ day).$(3)$ Luteal phase corresponds to $(e)$ or $(c)$ ($15-28$ days).$(4)$ Menstrual phase corresponds to $(b)$ ($1-5$ days).$(5)$ Follicular phase corresponds to $(d)$ ($6-13$ days).Therefore, the correct sequence is $1-c, 2-a, 3-e, 4-b, 5-d$.

Column-$I$	Column-$II$
$(1)$ Secretory phase	$(a)$ $14^{th}$ day
$(2)$ Ovulation	$(b)$ $1-5$ days
$(3)$ Luteal phase	$(c)$ $15-28$ days
$(4)$ Menstrual phase	$(d)$ $6-13$ days
$(5)$ Follicular phase	$(e)$ $15-28$ days

Column-$I$	Column-$II$
$(A)$ Mons pubis	$(i)$ Embryo formation
$(B)$ Antrum	$(ii)$ Sperm
$(C)$ Trophectoderm	$(iii)$ Female external genitalia
$(D)$ Nebenkern	$(iv)$ Graafian follicle

Match the following columns:
Column-$I$ Column-$II$
$(1)$ Secretory phase $(a)$ $14^{th}$ day
$(2)$ Ovulation $(b)$ $1-5$ days
$(3)$ Luteal phase $(c)$ $15-28$ days
$(4)$ Menstrual phase $(d)$ $6-13$ days
$(5)$ Follicular phase $(e)$ $15-28$ days

Similar Questions

Secretion of large quantities of estrogen causes:

Match column-$I$ with column-$II$ and select the correct option using the codes given below.

Column-$I$ Column-$II$

$(A)$ Mons pubis $(i)$ Embryo formation

$(B)$ Antrum $(ii)$ Sperm

$(C)$ Trophectoderm $(iii)$ Female external genitalia

$(D)$ Nebenkern $(iv)$ Graafian follicle

Which two events in the life cycle maintain the same (constant) number of chromosomes?

Which is the correct graphical representation of the pituitary hormone and ovarian hormone levels during the menstrual cycle?

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Match the following columns:Column-$I$Column-$II$$(1)$ Secretory phase$(a)$ $14^{th}$ day$(2)$ Ovulation$(b)$ $1-5$ days$(3)$ Luteal phase$(c)$ $15-28$ days$(4)$ Menstrual phase$(d)$ $6-13$ days$(5)$ Follicular phase$(e)$ $15-28$ days