what is the commen and scientific name for angiosperm?
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sperm that angio has when he ejaculates
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cactus,tree,sub tropical plants and desert plants
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angiosperms: flowering plants\ngymnosprerms: mostly conifers, also some gingkos.\n\nangiosperms evolved into existence after gymnosperms.\n\nthe rest of it, GO TO A LIBRARY.
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Lady's Finger-Polygonum persicaria\nCotton-Gossypium spp\nChina Rose-Hibiscus rosa-sinensis \nJute-Tiliaceae, genus Corchorus.\nBanana-genus Musa\nRice-Oryza sativa and Oryza glaberrima\nLemon-Citrus × limon\nCoconut-Cocos nucifera\nCoffee-Coffea arabica \nPeepal?-not found\nOnion-Allium cepa\nRadish-Brassicaceae family\nCobra-family Elapidae\nPeacock-Hogenera Pavo and Afropavo of the pheasant family, Phasianidae. \nHouse Fly-Musca domestica\nHoney Bee-Apis mellifera \nCat-Felis silvestris catus\nDog-C. lupus
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1. A- mosses- basic, no vascular tissue, reproduction requiires water\nB- Ferns- vascular tissue present\nC- gymnosperms- seeds\nD- angiosperms- flowers and fruits\n\n2. Monocots have one cotyledon, dicots have 2\n\n3. cotyledons are the first leaves that sprout out of the seed, they contain nutrients for hte seed\n\n4. male- stamen, female- pistil\nSeed- sporophyte, fruit- ovary\n\n5. Photosynthesis is the making sugar/energy from CO2 and light\nTakes place in the stem and leaves (wherever green).  or more specifically, in the chloroplasts, in the stroma and thylakoid membrane\n\n6. Vascular tissue are a transport system, carrying water, minerals and sugar up to all parts of the tree\nAdvantages- grow bigger, compare mosses and trees\n\n7. tropism is the plants tendency to grow\nPhototropism- grow towards light.  light slows down cell elongation in stem that it hits, opposite side grows faster\nGravitropism- roots grow downward.  heavy molecules sink, thus coordinating top cells to elongate
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Hi Erica, \n\nI'd waste both your and my time if I try to answer this question with lots of detail. I'd suggest you go to your textbook, flip a few pages here and there, get a broad idea and then, come back and read this answer. \n\nPlease notice that I'll have to make this answer less complex by generalizing concepts and avoiding some fine details which you can easily read in your textbook.\n\nNow, without wasting much time, here is my answer-\n\n===================\n\nCharacteristics of animal sexual life cycles-\n\n1- Usually, there are two parents- male and female. Both form special haploid cells called gametes by meiosis.\n\n2- Gametes fuse in pairs to form diploid cells called zygotes (fertilization).\n\n3- Repeated mitotic divisions of the zygote forms embryos.\n\n4- And the embryo develops into a new individual.\n\nSooo simple!\n\n====================\n\nCharacteristics of plant sexual life cycles-\n\nIt is same as animal sexual reproduction. Just that the technical terms and the methods of reproduction are a little different in flowering and non-flowering plants. I suggest you to read your textbook for the detailed terminology.\n\nIn plants-\n\n1- Diploid sporophytic cells divide by meiosis to give haploid gametophytic cells.\n\n2- Haploid gametophytic cells from male and female fuse to form the diploid zygote.\n\n3- The zygote then develops into an embryo and then to a full diploid plant body.\n\n* There are lots of finer details like the flowering system in flowering plants: pollens, ovules etc. and sporangia in non-flowering plants. I suggest you to study the life cycles of different bryophytes, gymnospermae and angiospermae to get the idea.\n\n================\n\nCharacteristics of fungal sexual life cycles-\n\n1- It involves fusion of two compatible sex cells/ gametes. The sex organs that produce gametes are called gametangia.\n\n2- The gametangia of fungi are unicellular and are surrounded by a sterile jacket. In fungi, there is a gradual reduction in sexuality from lower to the higher fungi.\n\n3- In the first stage, the cytoplasms of two sex cells fuse with each other but the nuclei do not fuse. The cell is thus called a dikaryon. (Plasmogamy).\n\n4- The nuclei then fuse to form the synkaryon. (Karyogamy).\n\n5- The diploid cell after that, produces haploid nuclei by meiosis.\n\nThere are broadly five types of sexual fusion in fungi.\n\nHere they are-\n1- Planogametic copulation. \nOne or both of the gametes are motile.\n\n2- Gametangial contact. \nThe two gametangia come together and the male gametangia forms a tube through which the male non-motile gamete is sent to the female gametangia.\n\n3- Gametangial copulation. \nThe gametangia themselves fuse together and lose their sexual identities to form zygospore.\n\n4- Spermatization. \nNumerous spore-like minute bodies (spermatia) are sent through various agencies to the receptive hyphae or trychogyne of female gametangium.\n\n5- Somatogamy.\nIn this mode, sex organs are not formed and the fusion occurs two vegetative cells resulting in the formation of dikaryon.\n\n=================\nI hope the above info helps.
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Sugar Maple: Acer saccharum\nCommon Yew: Taxus baccata\nApple: Malus domestica\nApricot: Prunus armeniaca\nAlmond: Prunus dulcis\nRowan: Sorbus aucuparia\nCastor Bean: Ricinus communis\nWhite Oak: Quercus alba\nHornbeam: Carpinus betalus\nEnglish Holly: Ilex aquifolium\nMiconia: Miconia calvescens\nAutograph tree: Clusea rosea\nLantana: Lantana camara\nOctopus tree: Schefflera actinophylla\nCoconut: Cocos nucifera\nMango: Mangifera indica\nHibiscus: Hibiscus rosa-sinesis\nBlackberry: Rubus argutus\nRedwood: Sequoia sempervirens\n\nDon't forget to use proper notation when you write the scientific names.  :-)
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Arabidopsis thaliana, commonly called arabidopsis, Thale Cress, or Mouse-ear Cress, a small flowering plant related to cabbage and mustard, is one of the model organisms for studying plant sciences, including genetics and plant development. It plays the role for plant science that mouse and fruit fly (Drosophila) play in human biology.
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angiosperms are MOSTLY dicots.  Monocots include the grasses, grains, lilies, palms.\n\neach stage of an angiosperm life cycle has distinct traits that help determine if it is monocot or dicot.  \n\nSEEDS: Monocot is short for monocotyledons, the first seed leaves. When a corn seed sprouts or germinates, there is one coat and one seed leaf that comes out.  The seed itself does not split in two like dicot seeds do.  The dicot also sprouts 2 cotyledons or seed leaves. Peppermint seeds in two pcs and there are 2 tiny leaves seen at germination\n\nROOTS: Monocot roots are usually diffuse, Dicot roots often tap.\n\nSTEMS: Monocot stems have scattered vascular bundles\nDicot stems are organized without scattered vascular bundles. There is often bark, phloem on the outside and xylem in the heartwood.\n\nLEAVES: monocot leaves have parallel veins; dicots are branched; Mint leaves have branched veins.\n\nFLOWERS: moncot flowers, inc cs thru ovary, reveal parts in 3s and multiples of 3.  Dicot flower parts and ovary are in 4-5s and multiples of 4-5.  Mint flowers are in 4-5s.   \n\nFRUITS: are ripened ovary, a pregnant flower: you can see that the ovary had the specific regions in the ovary in the same characteristic number patterns as seen in the flowers.  Dicot fruit, like an apple,if you cut it in a transverse section, shows a five-pointed star, so apple is a dicot.  You can see the same thing in a cut cucumber and cut zucchini. I do not know about the mint FRUIT.
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Weaver's bamboo?\n\nPhylum: Magnoliophyta\n\n<FIRST ANSWER AND THE BEST ONE TOO>\nPlease help me with 10 points as I've also helped you.
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I don't think palm oil has a botanical name.\n\nHave a read - \nhttp://en.wikipedia.org/wiki/Palm_oil\n\nThe Palm Oil Tree belongs to the - \nKingdom: Plantae\nDivision: Magnoliophyta\nClass: Liliopsida\nOrder: Arecales\nFamily: Arecaceae\nGenus: Elaeis
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Hello Claudia, the word Paistle doesn't exist in Spanish, by the description you make the closest plant that I can think of is hay, and in Spanish is "Heno" (or "Musgo") Take care★
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Kingdom: Plantae\nDivision: Magnoliophyta\nClass:         Magnoliopsida\nOrder:         Magnoliales\nFamily: Annonaceae\nGenus:         Asimina
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fruits and flowers do not have latin binomial names...the plants that produce them do.  \na simple web search should yeild scientific of any plant you know the common name for.
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The answer could be (c), conifers.\nIn general, the plants that produce seeds without flowers are called Gymnosperms.  Conifers are gymnosperms.
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scientific names \nAralia quinquefolia = ginseng\nCarya alba = Hickory tree\n\ncommon name \narchangelica root = Angelica archangelica
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In angiosperms there is fruit as well as seed formation. \nIn gymnosperm ther is only seed formation but no fruit formation, this is the most important and major difference between them.\nEdit-: The difference I quoted   above   is the major and the fundamental one. The other differences are as follows:- Gymnosperms are all trees, some of them are very tall and massive. The Angiosperms,\n on the other hand, can be trees, herbs as well as shrubs.\n Internally (Anatomically speaking) Gymnosperms  have; Tracheids in xylem and sieve cells in phloem , companion cells are absent. Their xylem walls have bordered pits.\nIn Angiosperms, true vessels i.e. tracheae are present in xylem. Sieve tubes and companion cells are present in phloem. Their xylem walls show simple pits.\nGymnosperms are more ancient than the Angiosperms.\n I only hope that you understand the botanical terminology in the above text.