5 examples of c3 plants?
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"C3 and C4 Plants\n\nAlmost all plant life on Earth can be broken into two categories based on the way they assimilate carbon dioxide into their systems.\n\nC3 plants include more than 95 percent of the plant species on earth. (Trees, for example, are C3 plants.)\n\nC4 plants include such crop plants as sugar cane and corn. They are the second most prevalent photosynthetic type.\n\nDuring the first steps in CO2 assimilation, C3 plants form a pair of three carbon-atom molecules. C4 plants, on the other hand, initially form four carbon-atom molecules.\n\nIt turns out that the important difference between C3 and C4 species for rising CO2 levels is that C3 species continue to increase photosynthesis with rising CO2 , while C4 species do not. So, C3 plants that can respond readily to higher CO2 levels, and C4 plants can make only limited responses.\n\nThus increased CO2 likely will mean that some plant species will be stronger, more prolific, and may overwhelm those less able to benefit. The nature of plant populations in various areas probably will change; more sedges in place of grasses in marshlands, for example, consequences we don't yet know."
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go to google images and type "different types of house plants"\nsee what you get
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1.Avena coleoptil\n2.Mais coleoptil\n3.Festuca gr. rubra\n4.Yucca brevifolia\n5.Sorghum saccharatum (Sorgho)\n6. dicotyls Lepidium sativum (garden cress)\n7. Sinapis alba (mustard)
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E   Plants reduce carbon (A) and animals use this carbon (B).  (C) is part of (A) and (D) is part of (B).  But strictly speaking (A) is the starting point
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A CAM plant stores carbon as organic acids for use when it closes its stomata to prevent water loss. C3 and C4 plants use 3 carbon and 4 carbon molecules respectively for use in the calvin cycle.
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1. Bamboo...pandas\n2. Grass...cows\n3. Eucalyptus...koalas\n4. Seaweed...marine turtles\n5. Bananas...apes\n6. Leaves...elephants\n7. Fruit...fruit bats\n8. Acorns...squirrels\n9. Trees...beavers\n10. Corn...crows
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basil\nmint\nindian gooseberry\nneem\nturmeric
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B.  C4 plants have a unique molecule into which CO2 is incorporated.  Then the unique molecule will release the CO2 when it is trasported to it neighbor cell.
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Dude plants and algea, planton converting carbon dioxide to oxogen in photosythesis. Plus those weird bacteria in the ocean that can do it without light in darkness.
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cactus,tree,sub tropical plants and desert plants
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Dams: Three Gorges Dam\nChemical plants: Bhopal, Cherbonyl\nBridge: Quebec Bridge\n\n\nhehe, I had a class on those.
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Orchids\nSunflowers\nJasmines (Gardenias)\nDasies\nTulips\nLillies
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Oil\nwood\nleaves\nmethane\njust about any vegetation\nfat (like whale oil or blubber)\nnatural gas\ncoal\ntar\npeat (actually a form of coal)\nalcohol (from fermented vegetation or nectar)\netc
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1 Boxing  2 Niagara Falls 3. Asparagus and Rhubarb 4. Baseball 5. Strawberries 6. the pear is grown with the bottle around it  7. Dwell, Dwarf 8. Period, Question Mark, Exclamation point, Comma, Colon, Semi Colon\n\n\nAfter I answered I looked up the answer for question 3 and it seems that there are more than just 2 perennial vegetables.
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I won't do your homework for you, but I will give you a few hints.\n\nThe first hint is that ddnight is talkin' smack. This has nothing to do with atmosoheric composition.\n\nThe second hint is that you should be looking very varefully at the relative effect of C4 and CAM utilisation on water LOSS. Underline the word 'loss".\n\n--------------------\n>>>CAM plants and C4's do better in higher temps than C3's.\n\nGenerally yes. But the question is why the plants died in that order. Begonia are tropical plants, so a temperature would not have killed it, and the pineapple is both tropical nad C4, sdo temperature effects can't be at play directly.\n\nOnly one plausible explanation remains.
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1 stoma (can close on its own, most of them located on leaves), \n2 lenticela (cant close on its own - the tiny dots we can best observe on some woody stalks)\n\npersonally i would also count all the extracellular space inside plants - the quite elaborate system of interconnected cavities that takes the air through the inside of a plant to everyplace where necessary
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1. The leaves of a plant using photosynthesis...The leaves are healthy and green.\nSorry, but I thought that I could think of more than that, but I tried.