Where is the stamen from the apple flower in the apple iteself? (I DON'T MEAN SEPAL)?
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The flowers have many parts that are crucial to the formation of apples:\n\n• Sepals - five green, leaflike structures that make up a flower's calyx\n• Petals - the part of a flower that attracts insects by their color and scent\n• Stamens - the male reproductive part made up of an anther and filament\n• Anther - the part of the stamen that produces pollen\n• Filament - the stalk of the stamen\n• Pistil - female part of the flower, made up of a stigma, style, and an ovary\n• Stigma - the top of a flower's pistil\n• Style - the part of a pistil that connects the stigma and the ovary\n• Ovary - the rounded base of the pistil, inside of which are five compartments each containing two ovules, female reproductive cells that can become seeds
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i have an apple & someone else has an apple.. so i take one from some(one) & now i have 2... ?\n\nlol, so are you talking about letters?\nfor example remove a letter from "one" & now you're left with two letters (on, oe, ne)
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The attached link has a picture for you;\n\n\n\nhttp://collections.ic.gc.ca/gardens/New%20Bio%20Web%20Pix/OPTIMIZED%20BIO%20PLANT%20PARTS/Monocot.jpg
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Parts of a flower:\n- carpel, female; stigma, style & ovary;\n- stamen, male; anther & filament;\n- calyx, flower bud protection; sepals;\n- corolla; PETALS & nectaries (if present).\n\n'Petals' is a  scientific name, they form part of the corolla.\nLook here:
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Actually I could not find anything either. Closest I found was:\n\nDianantha: Otherwise it could be derived from dianthus, the name of a type of flower (from Greek meaning "heavenly flower").
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anatomy of a flower? lol duh google flower anatomy n look for images. i had a bio test on that too. good luck :)
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Abstract \nPollen morphology is closely related to its function. Many of the features present in pollen grains have helped the species of plants to which it belongs to adapt to life on land, be able to disperse its pollen, and fertilize the female eggs to produce new seeds that would give rise to new plants.  I have collected four samples of pollen from angiosperms and studied their detailed morphology.  This paper studies the correlations between the structure and function of pollen grains of those four species angiosperms.\n\nPollen grains are structures that house the male gametophyte generation of angiosperms and gymnosperms (seed plants).  They are also the vehicles in which the male gamete genetic code is carried to the female gamete.  Pollen grains develop in the anther in angiosperms.  It travels and is deposited on the stigma of a receptive flower.  In gymnosperms, pollen develops in the male cone, travels, and fertilizes the ovules in the female cones to produce seeds.  Each pollen grain consists of the two celled male haploid plant enclosed in a thickened wall.\n\nThe casing that houses the male gametophyte has a very complex structure that is reflective of that specific species' functional adaptations.  The exine is the outer layer of a living pollen grain.  It is composed of sporopollenin, with small quantities of polysaccharides.  Sporopollenin is very chemically stable1 and it is resistant to to almost all kinds of environmental damage.  It is equipped with apertures.  It it divided into two sub layers: the outermost sexine and the unsculptured underlying nexine.  The sexine has surfaces that are sculptured in elaborate ways, with reticulately arranged perforations.  These give the exine and amorphous or granular appearance.  The inner layer of a living pollen grain is called the intine.  It is composed of cellulose and is very similar in construction to ordinary plant cell walls.  A layer called the endexine separates the sexine and intine.  The endexine has a laminated appearance.\n\nPollen grains are generally classified according to their physical appearance.  There are three criteria of classification: 1) the number and position of the apertures; 2) the shape of the pollen grain as a whole; and 3) the fine elaborate structure on the sexine.  Apertures are any missing parts of the exine, which are independent of the exine pattern.  Apertures are big and they cut across the fine structure pattern on the surface of the pollen grain.  There are two types of apertures: pori or pores are mostly isodiametric apertures, although the can be slightly elongated with rounded ends; colpi or furrows are long and boat shaped with pointed ends.  Colpi are thought to be more primitive.  In living pollen grains these apertures are not actually open.  Instead, a very thin layer of exine covers them.  Grains with pori are called porate; those with culpi are called culpate; and those with both pori and culpi are called colporate.  If their apertures are arranged equidistantly around the equator of the pollen grains they are assigned the prefix zono-; if they are scattered all over the surface of the pollen grain they are assigned the prefix panto-.  The number of apertures is also indicated by prefixes: mono- for one aperture; di- for two apertures; tri- for three apertures; and so on.\n\nThe shape of a pollen grain refers to the shape of their outline in polar and equatorial views.  The shape of a grain can sometimes be useful in identifying of pollen species, but not usually. I may vary considerably within one grain type, and sometimes within one species.\n\nThe sculpture refers to the fine structure and pattern of the sexine.  It is composed of small radially directed rods.  If these rods support something (such as a plate or a small knob) they are called columnellae; if they do not support anything they are called bacula.  The shape of the rods can further classify them.  If they are club shaped they are called clavae;
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Wow, this is a random question if I ever heard one.\nBut, apple juice is mainly water and sugar, so see the attached link for info on how sugar effects flowers.\n\nAdding sugar to the water in which you place the flowers will not have any positive effect on the life of the flower. This is because roots (or in this case the base of the stem) only absorb salts and water, which are then transported to the rest of the plant. They do not absorb sugars. In fact, adding sugar could be detrimental to flowers because it will make it harder for the flowers to absorb water and they will wilt. This effect becomes stronger as you raise the concentration of the sugar in the water.
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you mean pistil - central set of reproductive organs of flowers, composed of one or more carpels which receives the pollen\n\nsepals - small leaves underneath a flower. This is helpful at the early stage of the flower for it supports the development of the bud(still closed or young flower)\n\nstamen - the long dangling parts that produces pollen\n\npetals - are often bright and colorful and different form so that insects will be attracted, for insects are helpful in pollination
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In your other question, I didn't realize you needed just the apple. Of course it is impossible to get a picture of the actual apple, since it is only part of a a myth. But here are some golden apples:\n\nhttp://www.irvingisd.net/districtweekly/images/weekly85/goldenapple.jpg\n\nhttp://www.forteachersonly.com/images/productimages/standard/2080W.gif\n\nhttp://deadwhitemales.net/pictures/blogs/goldenapple.jpg\n\nhttp://www.laprovencalecellars.com/images/golden%20apple%20cropped%202652.jpg\n\nHope these are more appropriate for you work!
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Every flower is a terminal branch consisting of a modified stem, the floral axis, or receptacle. The floral axis bears one to four types of specialized appendages, or modified leaves, usually arranged in whorls in the more advanced flowers and spirally arranged in the more primitive ones. In a typical flower the outermost whorl, the calyx, consists of a number of sepals that protect the flower bud before it blooms. The next whorl on the floral receptacle, the corolla, is composed of a number of petals, often bearing nectar-producing glands that aid in attracting pollinators (see Pollination). The next whorl, the androecium, consists of a number of stamens that produce in anthers the pollen necessary for reproduction. Two whorls of stamens may be present. The next, or innermost, whorl of the flower, called the gynoecium, consists of several carpels frequently fused to form a pistil. Each carpel contains at least one placenta to which are attached ovules, or immature seeds. The calyx and corolla are collectively known as the perianth.
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The part of the stamen which supports the anther. The stalk of the stamen. See drawing of flower parts.\nwww.lib.ksu.edu/wildflower/glossary.html\n\nStalk-like part of the stamen that supports the anther.\nwww.drake.edu/artsci/biology/Wacha/plant_terms_definitions.html\n\nthe part of the stamen that holds the anther in position for pollen dispersal.\nwww.hcs.ohio-state.edu/mg/manual/glossary.htm\n\nThe stem or stalk upon which the anther sits; together, the filament and anther make up the stamen, which is the male reproductive system (in the flower) of a plant.\nwww.earthandtable.com/glossary/plants/anatomy/inflorescence.html
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B Gymnosperms have no flowers and have cones that don't really protect the seeds. Angiosperms have flowers, and the seeds are contained within a protective "fruit"
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Plants - pollen (male) and ovule (female)\n\nAnimals - sperm (male) and ovum (female)\n\n.
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www.familymanagement.com/holidays/flowers/flower_anatomy.html\n\n\ni would normally leave part of the answer from the site, but it is an illustration.
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the flower is what separates it from other plants, attracting birds and insects to pollenate the plant. however the plant requires all of its "parts" for survival, eg leaves with chlorophyll for photosynthesis, roots for water and ion uptake, and the stem with the xylem and phloem for water nutrient transport. so, no part is superior to another, but the flower appears to be the most "advanced" part.
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up in the stigma and stamen i'd assume (in the flower of the onion and yes onions flower)