What are extraneous roots?
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Neither answer is correct.  \n\nExtraneous roots appear when solving an equation in a perfectly correct way, becuase certain operations have more than one solution.  Taking square roots, for example, gives TWO answers, cube roots give three, etc.  (ESPECIALLY when we use complex numbers.)  This isn't a mistake, just part of the solution process.  \n\nIt is necessary to check results against the original problem whenever these operations are used.
605001
As with all these type sof question the answer is : it depend sentirely on your scale of measurement.\n\nYou are essentially dealing with a fractal relationship. The root sans hairs theroetically has a smooth and hence finite area. The root with hairs has a convoluted area which is potentially infinite.
957744
Golems\n\nThere are others
663979
Umbilicus or umbilical cord. and that's allantois and extra embryonic membrane
202752
Alfalfa.  If you look at the roots, you can see the white nodes
108423
Root. It stores food for the green plant above the ground
395372
prehaps you mean root nodules? small nodes attached to roots on leguminous plants that contain bacteria which exist in a symbiotic relationship with the plant. The plant supplies energy, the bacteria help to extract nitrogen, enabling the plant to live in conditions that are unfavourable to other plants due to low amounts of nitrogen. The downside to the plant is that it grows more slowly because it is giving enrgy to the bacteria.
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I'm not sure if its associated with anything, but I thought I'd tell you to try baking soda on your roots.  Its supposed to help with oiliness.
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"Extramedullary haematopoiesis\nrare marrow expansion associated with severe anaemia, notably thalassaemia and sickle cell disease. It is a rare cause of masslike collections within the chest. The masses are usually asymptomatic. Radiologically they present typically as longitudinal, bilateral, lobulated paraspinal masses. Further foci of extramedullary haematopoiesis may be seen adjacent to the ribs. The adjacent bone may be normal or may show marrow expansion including expanded ribs associated with narrowed interstitial spaces. On CT scans the appearance is that of homogeneous mass of soft tissue or slightly higher density structure (see mediastinal mass)"\n--From http://www.medcyclopaedia.com/library/topics/volume_v_1/e/extramedullary_haematopoiesis.aspx\n\n"DISCUSSION:\n\nPostoperative course: The patient's neurological state improved markedly following the removal of the tumor and he was soon able to walk unassisted. Sensation also gradually improved. In light of the histological findings the patient received a bone marrow biopsy which showed a myeloproliferative disease and polycythemia vera. The patient was subsequently lost to follow-up."\nFrom http://path.upmc.edu/cases/case283/dx.html\n\n Abstract:\n\nA 15-year-old girl with thalassemia major who suffered from paraparesis with a history of progressive lower limb weakness for 2 years immigrated from mainland China to Hong Kong. She had not received regular blood transfusion since the age of 6 years after splenectomy. MRI of the spine showed thoracic spinal cord compression secondary to extramedullary hematopoietic mass. She made significant recovery with hypertransfusion therapy alone. MRI of the spine repeated 3 months later showed nearly complete resolution of the extramedullary hematopoietic mass."\n--From: http://taylorandfrancis.metapress.com/(0dampjfsin0aroyrp5zcqwrk)/app/home/contribution.asp?referrer=parent&backto=issue,6,11;journal,5,62;linkingpublicationresults,1:102484,1\n\nHope this helps!
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strange,stranger,unknown,\nTe extrano means=i miss you!!!
906465
apparently frequent colon irrigations
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they have lack specialized vascular tissues (like plants have), so no real roots.\n\nbecause of that... water has to be ever present. In other words, lack of vascular tissue means they cannot transport water from far underground.
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1)Roots\n are usually below ground and lack nodes, shoots, and leaves.  \nThey absorb NUTRIENTS and water from the soil\nanchor the plant in the soil, providing support for the stem\noften store food\nThe greatest number of plant roots are in the top foot of soil, with major feeder roots occurring in the top six inches. This knowledge is important for IRRIGATION, FERTILIZATION, and CULTIVATION. The amount and location of roots may be influenced by soil characteristics.\n\n2)Stems are generally upright and above ground, easy to locate and identify. However, many stems grow below ground or are ground-hugging. A modified stem is recognizable because it includes buds and sometimes leaves.  \nBuds and shoots generally develop on stems.\nThey carry nutrients and water from the roots to the other parts of the plant.\nIn some cases, stems also store food. \n\n3)Nodes are places on the stem where leaves are attached and buds form.\nRoots often form at nodes of creeping plants and when cuttings are taken for propagation.\nInternodes are the segments of the stem between nodes.\n \nThe quality and amount of available light and temperature affect the length of the internode. The distance between nodes can be long or short. This distance reflects growing conditions. Plants grown under poor light conditions may be spindly, with very long, thin, and weak internodes. \n\n\n4)Leaves are lateral outgrowths from the stem, most commonly flat, broad, and green. This maximizes their function of absorbing sunlight and transforming it into food. Leaves have evolved into many shapes and sizes, reflecting adaptations to the environment. Leaves generally consist of a stalk or PETIOLE and a blade or LAMINA. In simple leaves the lamina is in one piece. In compound leaves several pieces of lamina are joined to one petiole. \n\n\n5)Buds are undeveloped shoots and flowers. Buds are classified terminal or lateral. Another term for terminal is apical. Terminal buds can be identified by their location at the tip of a stem. Lateral buds are located at the sides of the stem.\n\nFlower buds are normally larger than VEGETATIVE buds. Cabbage and head lettuce are examples of very large terminal buds. Brussels sprouts are edible lateral buds. Broccoli is an example of edible flower buds.  \n\n\n6)The function of flowers is sexual reproduction through the production of seeds. A flower that has both male and female parts is called a perfect flower. Flowers that have only male or only female parts are called imperfect. A complete flower has four kinds of structure. Sometimes petals or stamens may be converted to nectaries so that it appears that there are other structures present. If a flower lacks one kind of structure it is said to be incomplete. The structures are arranged from the outermost inwards: The calyx is often green (but may be colored) and made up of two or more sepals  \n    The corolla is often colored (but may be green) and made up of petals  \n    The stamens are the male portion of the flower. Each consists of an anther, containing pollen supported by a stalk or filament  \n    Pistils (there may only be one) are the female part. Each includes one or more ovaries where seeds will form, a stigma that captures and holds pollen, and a style that supports the stigma on the ovary. \n\n\n7)A fruit is a ripened ovary or group of ovaries containing the seeds. It may include adjacent tissue that fuses with the ovary. Once the ovary is fertilized, the seeds develop and the ovary enlarges forming the mature fruit.  simple fruit forms from the ripening of the ovary of a single pistil. Examples include peanuts, sunflower seeds, grain (corn, barley, rice), acorns, walnuts, tomatoes, grapes, eggplants, citrus fruits, and apples.  \n    Aggregate fruit form from flowers with several simple pistils, such as raspberries and strawberries.  \n    Multiple fruit forms from a cluster of several flowers. A fruit is produced by each flower and these fruits merge into a multiple
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It's a plant with deep roots that draws its water supply from a water table.
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It's called the "root".
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square root is the root of a josuha tree, his mission is to contact B aB y.-don`t worry about trophy - i`ve got one- 2 would be too "busy: with my decor. btw- baby is here on answers!
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Alkaline poisoning and Phosphorus deficiency causes electrolyte imbalance; thus cutting off nutrients which are absorbed by is roots(perfusion.) result-dehydration and decay.somewhat like Gas gangrene. Rx-Flush the Plant's roots thoroughly with H20 and don't give any more plant food.Wait and observe for any improvement. If not,you may have to replant changing the soil composites(debreding). If! the process of photosynthesis is functioning well, your plant will regain it's color/if not! it cannot be saved and will die.