what are organelles used to store water, food, and waste?
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Ap of Golgi to storage waste,and vacuolas for H2O and food
948809
It has all the organelles you have listed.
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In the water cycle, water falls to the earth in the form of precipitation.  Plant roots absorb the water, which is then transported through the xylem vessels to the leaves.  There, photosynthesis takes place.  Each water molecule is split up, forming hydrogen ions, oxygen, and electrons.  The electrons are used to create ATP for the dark reactions.  In end, a three-carbon sugar is formed, which combines with another three-carbon sugar to form glucose.  Besides photosynthesis, water seeps into the ground and bodies of water.  It stays there for organisms to use.  Much of it eventually evaporates.\nCO2 is used in photosynthesis to form glucose (the glucose's carbon is from CO2).  Glucose is eventually broken down to form ATP.  Animals store glucose in the form of gylcogen, whereas plants tore it in the form of starch.  Carbon is also present in the atmosphere in the form of other gases (including, I think, greenhouse gases).  It is also present in decaying organic matter, returning to the atmosphere in the form of gas.
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vacuoles tend to be very large and are extremely important in providing structural support, as well as serving functions such as storage, waste disposal, protection, and growth. Many plant cells have a large, single central vacuole that typically takes up most of the room in the cell (80 percent or more). Vacuoles in animal cells, however, tend to be much smaller, and are more commonly used to temporarily store materials or to transport substances.\n\nBecause the central vacuole is highly selective in transporting materials through its membrane, the chemical palette of the vacuole solution (termed the cell sap) differs markedly from that of the surrounding cytoplasm. For instance, some vacuoles contain pigments that give certain flowers their characteristic colors. The central vacuole also contains plant wastes that taste bitter to insects and animals, while developing seed cells use the central vacuole as a repository for protein storage.\n\nAmong its roles in plant cell function, the central vacuole stores salts, minerals, nutrients, proteins, pigments, helps in plant growth, and plays an important structural role for the plant. Under optimal conditions, the vacuoles are filled with water to the point that they exert a significant pressure against the cell wall. This helps maintain the structural integrity of the plant, along with the support from the cell wall, and enables the plant cell to grow much larger without having to synthesize new cytoplasm. In most cases, the plant cytoplasm is confined to a thin layer positioned between the plasma membrane and the tonoplast, yielding a large ratio of membrane surface to cytoplasm.\n\nThere are more important functions of central vacuole but i guess the functions above are enough for you to understand its role.\n\n:)
765260
Each cell must have the ability to get oxygen, nutrients, get rid of waste products like CO2. This is accomplished by the fluid in the tissues and the fluid around each cell. When blood goes through a capillary fluid can leak to the tissues, this is where it comes from. Now through the process of osmosis some of this fluid must go back into the circulatory system, but not all of it does. The fluids left over makes up the lymphatic fluid and is carried in lymphatic vessels.
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Fruits are basically storage "boxes" for various types of plants.  Nature has a way of developing the most efficient items methods for any given task.  The most efficient "box that can be made to store something is a sphere (round).\n\nThis is because the ratio of volume to surface area is higher than any other shape.  In other words, with the least waste of enrgy/material to build a container, the maximum product can be stored inside.  Thus, the natural evolution toward efficient design leads many of nature's energy storage devices (fruits) to have a round or near-round shape.
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Both are eukaryotic (containing a "true nucleus").  \n\nAnimal Cells lack a cell wall and adjacent cells are connected by junctions (adhesive, gap or tight).  Animal cells contain centrioles (help create microtubules used in mitosis and meiosis) and lysosomes (organelles used to digest wastes and old organelles). During telophase and cytokinesis the cells separate via a cleavage furrow.\n\nPlant Cells contain a cell wall (think of the cell wall as the "skeleton" composed mainly of cellulose) and rely on turgor pressure to keep them upright.  Adjacent cells are connected by channels called plasmodesmata.  You will not find centrioles or lysosomes in a plant cell, but you will find a really cool organelle called a large centrol vacuole.  This organelle is where the water is stored in a cell and it helps maintain the turgor pressure described above.  It also acts as a lysosome, storing chemicals and waste products.  The Central vacuole can also store the pigments you see in flowers as well as poisons used to deter predators.  And of course, in a plant cell you will find the plasts as mentioned by someone earlier.. including the famous chloroplasts (the site for photosynthesis) as well as the chromoplasts (contain pigments) and amyloplasts (specialized for starch storage). During telophase and cytokinesis, the cells are separated by a structure called a cell plate.   \n\nUmmm, that's all I can come up with right now!
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um... what is plastic??\nendoplasmic reticulum acts as a transport channel for proteins, where they are packaged and readied to be exported.\nlysosomes digest old trash in the cell. They are part of the lymphatic system (the kidneys)
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B) Membrane-bound organelles\nThe procariotic cells are like a water-filled baloon, they are just a cover with water and other things (of course, this is only an example), while eukaryotic cells have compartiments.\nEvery cell has DNA, that's the way information is passed from cell to cell when they reproduce.\nRibosomes are important for producing proteins, every cell has to have them, even if with time they lose them.\nCytoplasm is the 75% of every cell, it's basically water, proteins and other things.
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1.heart\nMain component of the circulatory system. It pumps blood to spread oxygen and nutrients to all over the body and to get some of the waste.\n2.Lungs\nTo take oxygen and put it in the blood.\n3Liver\nCleans toxins out of your body.\n4Kidneys\nThis one is my weakest answer - I know it helps filter your urine in some way.\n5.Stomach and intestines\nAbsorb nutrients from food.\n6.Mucles\nTo move.\n7.brain\nTo control the body.\n8.Bladder\nSo you don't piss yourself.
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The non-living cell wall surrounds the living protoplast. Within the cell wall the cell membrane encloses the cytoplasm containing organelles (chloroplasts, mitochondria, nucleus, etc.) and a vacuole.\nThe vacuole contains many chemicals dissolved in water. Osmotic pressure within the vacuole squashes the cytoplasm against the cell wall when the cell is turgid to provide shape and support.\nThe two major compartments of the living part of a plant cell are the cytoplasm and the vacuole.
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That would be the mitochondria. The energy store of the human body. \n\nLearn how to spell ORGANELLE!!!!
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Plant cells have Chloroplast... Cell Walls... and Water Vacuoles\n\nAnimals cells... of a centrioul, and food Vacoules.\n\nThose are the main differences of the organells
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Organ is a the correct answer but still if your wondering how it works look back in any basic biology text book where it talks about Levels of Organization.As anyliving thing unicellular to multicellular organism is based on level of organization.\nFor example, ORGANELLE-----CELLS--\n-TISSUE--ORGANs----ORGAN SYSTEM\nAs you already know Tissues are made up of cells rigth so what makes an organ is a group of tissues and in order to have organ system you need different organs a simple example is digestive system where you G.I.tract,stomach,intesitne,pancrea,liver,gall bladder all playing some important role in the functioning of the body.
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Water\n\nYes, water is a nutrient. It is the most important nutrient. In fact, your body is approximately 50 to 55 percent water. Your body uses water 24 hours a day. A by-product of the energy production in your body is heat. Water regulates your body temperature by dissipating that heat. Water also carries nutrients to the cells in your body. Water does not produce energy.\n\nCarbohydrates\n\nCarbohydrates are the primary source of energy for your body. Carbohydrates power every system in your body, including your brain, heart, muscles and internal organs.\n\nCarbohydrate can be simple (table sugar, corn syrup) or complex (whole grain). Simple carbohydrates enter your bloodstream very quickly. That is why you get a sugar high when you eat candy. Complex carbohydrates are processed and used more slowly.\n\nProtein\n\nProtein is like the brick and mortar of your body. It is the building blocks that provide the structure for the tissues of your body. Proteins are also used to transport essential elements in your blood stream.\n\nFats\n\nFat are our storehouses of energy. When we have excess nutrients in our body, some of it is stored as fat. The primary purpose of fat is energy production.\n\nThere are two main types of fats – saturated and unsaturated. Animal fats (meat, butter, lard) are usually saturated fats and contribute to heart disease and cancer. Vegetable fats (olive oil, corn oil) are generally unsaturated fats and are less harmful.\n\nSome fats have been found to be helpful in preventing some cancers and heart disease. These fats called omega-3 fatty acids are found in some fish, especially cold-water fish.\n\nVITAMINS\n\nVitamins are essential for the regulation of many of the functions of the body. Most vitamins cannot be manufactured by the body and must be obtained from your diet. Vitamins do not produce energy.\n\nMINERALS
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The mitochondria would be like the powerhouse. \nIn plant cells, chloroplasts perform photosynthesis (energy production).\n\nThe chromosomes contain the DNA, which is all the genetic information, so that could be compared to blueprints, a library, etc. \n\nVacuoles maintain homestasis so they help to protect, do maintenance, etc. \n\nGolgi bodies sort proteins, so they work to categorize, arrange, etc. \n\nthe E.R. fold proteins and lipids, making them like builders.\n\nThe cell membrane is the cell's protection, or security. \n\nLysosomes break down molecules, so they help clean up. \n\nHope theses ideas help you find the right direction.
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True. water is essential for the transport of nutrients within them, since it is the "universal solvent".