macromolecules (chloroplast)?
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Chloroplasts have a double lipid bilayer - so they are made of lipids.\n\nThey actually have all of the others too (including, oddly enough, nucleic acids)
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Macromolecules are generally consider to polymers, like plastics, proteins and nucleic acids.\n\nIn the environment, macromolecules include of of the least biodegradable substances of all--plastics.\n\nIn industry, plasics can do more jobs and are more vesatile than metals, they are generally cheaper and lighter as well.  There is also the use of enzymes in industry for things like decontamination of waste streams (which is also a matter for environmental concern).\n\nIn medicine, many biopharmaceuticals are actually protein products, like insulin for diabetics and Factor VIII for hemophyliacs.
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these are called the classical "work horses" of plant and aniamal cells respectivly.  Regardless chlorplast is reposnsible the energy conversionin photsysnthesis and mitochondia is used in cell metabolism to provide energy through ATP-ADP energy relationships. Any basic science book would do this and so would a Wikepedia or googlesearch. I woudl suggest you go there to get spsecifics, or try the library in your neighbourhood
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The main photosynthetic pigments in plants is the green pigment called chlorophyll found in the chloroplasts.
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u can visit  this page to see the structure :\nhttp://www.cbu.edu/~seisen/Photosynthesis.htm
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Oh wow, that is not a short answer question. Almost everything that happens in biology is controlled to some extent by macromolecules. I'm not sure what level of answer you want but here are some things you can look up.\n\nOK some pointers look up proteins, lipids (also known as fats) and carbohydrates. DNA (and RNA) are other examples of macromolecules. \n\nProteins, lipids and carbohydrates are all used as fuel sources (and storage) for the body. They are all also involved in sending messages around the body. DNA is mainly used to store information.\n\nProteins can be used as catalysts (known as enzymes) and are involved in most of the reactions that occur in the cells.\n\nLipids (or fats) are a long term energy source, they are also used in making the phospholipid bilayer (the plasma membrane) which surrounds cells, they are often used as barriers. They are also used in some hormones.\n\nCarbohydrates primarily serve as a short term energy store and a source of fuel. However they are also used to modify proteins and lipids for different functions.\n\n\nWell these are the main groups there are lots more (and lots of different ways these are used) but this should get you started anyway. Good luck.
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intermembrane space??\nhttp://en.wikipedia.org/wiki/Chloroplast_membrane
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nucleus, cytoplasm and protoplasm ....
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In the thylakoid stacks - i believe in the OED or the membranes, but its been a year since i studied photosynthesis and i dont have my notes on me anymore, but i hope that helps a bit.
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Both of these organelles do similar processes, just in different directions. Mitochondria are respiratory structures the consume chemical energy. Chloroplasts create high energy molecules for respiration. they work together. It is without question that the chemical energy you consume today was created by photosynthetic organism using chloroplasts. That means the food you eat is a product of photosynthesis and light from the sun. We create CO2 for the process of photosynthesis. We are higher in the food chain so we don't need chloroplasts to make energy. We just eat other organisms.
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Proteins, including enzymes.
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No.\n\nBy definition (IMO), macromolecules contain many __more__ covalent bonds than non-covalent bonds.  The covalent bonds are also __stronger__ than the non-covalent bonds.\n\nI will add that the realm where non-covalent bonds are most interesting is at the larger scale of structure; assembling lipids, carbohydrates and proteins (held together by non-covalent bonds) into membranes, ribosomes, mitochondria, cell walls, blood vessels, bones .... bodies ... trees ...\n\nYou get the picture :-)
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ok so packets of sunlight are called PHOTONS and those PHOTONS are absorbed in PHOTOSYSTEM 2 (PS2) which are proteins on the membrane of cytoplasm cells on plants (or any photosynthetic organisim)\n\nfollow so far? ok here is where it complicated...\n\nok so little electrons are floating around in PS2 and when the light comes in it energizes them and they zoom across into PS 1. and are now PHOTON ELECTRONS.\n\nmeanwhile....\n\nwater (h2o) is also being absorbed and the electrons are splitting them apart so it is just an h and an o. so the o goes away somewhere and the h floats into the PROTEIN SYNTHASE which is also a protein in the membrane of cytoplasm. it is shaped like a tube. when hydrogen goes in, it spins and produces ATP. \n\nBUT...\n\nremember the PHOTON ELECTRONS?? they left PS1 and now float arond inside the cytplasm. a PHOTON ELECTRON , NADP+ molecule and ATP combine to form NADPH AND ATP.\n\n\nTHE END!!
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YOU can co relate krants anatomy(presence of chloroplasts in bundle sheath cells) and high yield of starches in rice plant It needs some research on Internet .But otherwise it is a good topic for any seminars
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PLANT CELLS have...\n*no centrioles. \n*chloroplasts (among other "plastids", e.g. amiloplasts).\n*cell walls (which are composed mainly of cellulose and pectin). \n*bigger vacuoles than animal cells.\n\nThe rest of the organelles and structures are much the same all in all.                     \n\nDisregard previous questions saying that plant cells don´t have mitochondria. THEY DO!
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Carbohydrates:\nFructose & Glucose\nlipids:\nfatty acids\nproteins:\namino acid\nNucleic Acids:\nadenine, guanine, thymine, and cytosine\nuracil-> in rna
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the problem to this question is that who will decide the limit of structures, look..!  if you\ntalk about chromosomes then chromatids are also structures similaly genes and then DNA &\nthen centromere & then histone protein........\nat last this discussions come to end at an atom\nbut i still say electrons and protons .........\nso it is difficult :\nanyway i think that ribosomes may be considred as smalles functional alive \norgenelli of the cell