Micro develops in the anther and undergoes mitosis to create pollen
Mega develops in the ovule, retained in ovary, and undergoes mitosis to create female gametophyte (ultimately, an egg).
The word 'contrast' is a noun (contrast, contrasts) and a verb (contrast, contrasts, contrasting, contrasted). Examples:noun: The contrast in their personalities makes them seem like a very odd couple.verb: We need to choose accessories to contrast with the outfit.
hat is a sharp contrast
1. Compare 2. Contrast
there is no antynom for the word i guess
compare - contrast words:by the same tokenconverselyinsteadlikewiseon one handon the other handon the contraryrathersimilarlyyetbuthoweverstillneverthelessin contrast
no selaginella has megaspores and microspores
for Plato its a answered by Brandy :)
The female spores of a conifer are called megaspores or macrospores. Megaspores develop into a female gametophyte, producing egg cells. Male spores of a conifer are called microspores and are formed from meiosis. Microspores develop into the male gametophyte, which produces sperm cells.
microspores are the male gametes whilst megaspore are the female gametes. megaspore also known as megaspore mother cellor megasporocyte. it placed in female cone in the gumnosperm while the microspores placed in the male cone
All the cyacads and conifers
The four cells formed as a result of meiosis are called daughter cells.
The micropyle is a hole in the seed coat, it is literally nothing. Hence it is not made of cells and has no chromosomes.
feature mega micro size large small produce megaspore, microspores female gametophyte male gametophyte no.pf spores 4 megaspores numerous microspores
there are 1001 cell produced in male and females meiosis During meiosis one microspore mother cell in the male results in to four microspores after meiosis; so is the case with megaspore mother cell also in females but out of four megaspores only one is functional and the degerating three megaspores nourish the developing one.
they are similar because they both have seeds and sharp hair
Gymnosperms are heterosporous, producing microspores that develop into pollen grains and megaspores that are retained in an ovule. After fertilization (joining of the micro- and megaspore), the resulting embryo, along with other cells comprising the ovule, develops into a seed. The seed is a sporophyte resting stage.
During sexual reproduction in a flowering plant microspores produce four haploid microspores. This is what happens in the reproduction of angiosperms.