can u give me 1 word answers of these qs-wht is the organs of breathing of birds ,human being,fish,frog,snake?
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One word answers are not possible. If your teacher wants single word answers she is a moron.\n\nBirds, snakes and humans breathe using lungs.\n\nFrogs breathe using their skin and their gills when they are young and using their skin and lungs as adults.\n\nFish breathe using their skin and gills and also commonly use their swim bladder, mouth and stomach to breathe with.\n\nThe same applies to movement. Humans can move by walking or climbing or swimming or riding or driving or a bazillion other methods.\n\nFrogs and snakes may swim, or walk or hop or burrow or climb depending on the species and where it is.\n\nBirds may swim or fly or walk or hop or burrow or climb depending on the species and where it is.\n\nThere simply are no single word answers to these questions.
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heart, liver, stomach, brain
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The Respiratory System\n...respiratory system is to supply the blood with oxygen in order for the blood to deliver oxygen to all parts of the body. The respiratory system...\nhttp://sln.fi.edu/biosci/systems/respiration.html\n\nHow to Take Care of Your Respiratory System\nHow to Take Care of Your Respiratory System. Take care of your respiratory system by taking deep breaths once in a while.\nhttp://www2.asd.wednet.edu/Pioneer/barnard/zpastprojects/00_01/bs/team04/Respiratory/tsld0...\n\nRespiratory Care\nRespiratory Care INTRODUCTION The respiratory system supplies oxygen to the body?s cells.\nhttp://www.medtrng.com/blackboard/respiratory_care.htm\n\nAnatomy and Function of the Respiratory System - Asthma Care Guide -...\nAnatomy and Function of the Respiratory System ... Previous Asthma Care Guide Next A.D.A.M. September 05, 2002\nhttp://www.drgreene.com/21_1346.html
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There are five organs of speech, the lips, the tongue, the teeth, the hard palate and the soft palate. When we make a vowel sound 'ee', 'ah' 'ay' etc the sound comes up into our mouth and the shape of our mouth alters the sound. If we want to make a consonant sound two of the organs of speech touch each other to 'stop' the sound in our mouth. For example 'b' is our two lips touching, 'v' is our  teeth and lip etc. we also need to breathe correctly using our intercostal muscles. More info can be found at the site below.
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atom, molecule, cell, tissue, organ, organ system, and organism\n\nThe rest is a grand surprise that only the elite few can figure out.\n\nDon't hurt yourself with the pages of your Bio book.
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any bird\nsome snakes/reptiles\nsea turtles\n\nNumber one answer? "duck"
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Fish and sea creatures have a swim bladder.  This is an organ that inflates/deflates to hold their pressure and keep them afloat.
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Digestive system\nThe advent of jaws allowed fish eat a much wider variety of food, including plants and other organisms. In fish, food is ingested through the mouth and then broken down in the esophagus. When it enters the stomach, the food is further broken down and, in many fish, further processed in fingerlike pouches called pyloric ceca. The pyloric ceca secrete digestive enzymes and absorb nutrients from the digested food. Organs such as the liver and pancreas add enzymes and various digestive chemicals as the food moves through the digestive tract. The intestine completes the process of digestion and nutrient absorption.\n\n[edit]\nRespiratory system\nMost fish exchange gases by using gills that are located on either side of the pharynx. Gills are made up of threadlike structures called filaments. Each filament contains a network of capillaries that allow a large surface area for the exchange of oxygen and carbon dioxide. Fish exchange gases by pulling oxygen-rich water through their mouths and pumping it over their gill filaments. The blood in the capilaries flows in the opposite direction to the water, causing counter current exchange. They then push the oxygen-poor water out through openings in the sides of the pharynx. Some fishes, like sharks and lampreys, possess multiple gill openings. However, most fishes have a single gill opening on each side of the body. This opening is hidden beneath a protective bony cover called an operculum. Some fishes, such as lungfish, have developed an adaptation that allows them to survive in oxygen-poor areas or places where bodies of water constantly dry up. These species of fish possess specialized organs that serve as lungs. A tube brings air containing oxygen to this organ by way of the fish's mouth. Some kinds of lungfish are so dependant on receiving oxygen from the air that they will suffocate if not allowed to reach the surface of the water.\n\n[edit]\nCirculatory system\nFishes have a closed circulatory system with a heart that pumps the blood in a single loop throughout the body. The blood goes from the heart to gills, from the gills to the rest of the body, and then back to the heart. In most fishes, the heart consists of four parts: the sinus venosus, the atrium, the ventricle, and the bulbus arteriosus. Despite consisting of four parts, the fish heart is still a two-chambered heart. The sinus venosus is a thin-walled sac that collect blood from the fish's veins before allowing it to flow to the atrium, which is a large muscular chamber. The atrium serves as a one-way compartment for blood to flow into the ventricle. The ventricle is a thick-walled, muscular chamber and it does the actual pumping for the heart. It pumps blood to a large tube called the bulbus arteriosus. At the front end, the bulbus arteriosus connects to a large blood vessel called the aorta, through which blood flows to the fish's gills.\n\n[edit]\nExcretory system\nAs with many aquatic animals, most fishes release their nitrogenous wastes as ammonia. Some of the wastes diffuse through the gills into the surrounding water. Others are removed by the kidneys, excretory organs that filter wastes from the blood. Kidneys help fishes control the amount of ammonia in their bodies. Saltwater fish tend to lose water because of osmosis. In saltwater fish, the kidneys concentrate wastes and return as much water as possible back to the body. The reverse happens in freshwater fish, they tend to gain water continuously. The kidneys of freshwater fish are specially adapted to pump out large amounts of dilute urine. Some fishes have specially adapted kidneys that change their function, allowing them to move from freshwater to saltwater.\n\n[edit]\nSensory and nervous system\nFishes have well-developed nervous systems that organize around a central brain, that is divided into different parts. The most anterior, or front, end of the brain are the olfactory bulbs, which are involved in the fish's sense of
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organ: brain\nmolecule: DNA
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The medulla oblongata controls our breathing, blood pressure, heart rhythms and swallowing. \n\nFor more detailed info:\nhttp://www.neurosurgerytoday.org/what/patient_e/anatomy1.asp
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Good grief, you need some basic understanding of human anatomy: without a blood supply nothing can live outside the human body. When organs are transplanted they are held suspended on ice in coolers in solutions made to mimic body fluids.  Kidneys cannot live outside the human body and must be connected to a blood supply to function.\n\n A fish breathes water through its gills and cannot live on land unless it is amphibian, in which case it is not a fish. A fish is nothing remotely resembling a human kidney.\n\nhttp://en.wikipedia.org/wiki/Amphibian
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The trachea in reptiles is similar to that of higher vertebrates, with well-developed hyaline rings.  However, there is no mucociliary transport mechanism to aid the removal of foreign substances from the respiratory tract.  Furthermore, the absence of a diaphragm prevents the animal from coughing. \n\nThe lungs are similar to the avian-type system with a series of reticulated open-ended sacs and many capillaries in close proximity.  The cranial part of the reptile lung is the gaseous exchange portion, while the caudal part functions as an air sac.  The latter may act as a reserve of air during periods of apnoea. \n\nAlveolar macrophages are present in the reptilian lung, but may display poor bacterial removal if the animal is being kept below its optimal temperature. \n\nIn snakes, the right lung is larger than the left, and generally stretches from the heart to the kidney.  It may extend even further down to the cloaca in some aquatic snakes.  Some snakes have a tracheal lung on the dorsal aspect of the trachea, which enables the snake to breathe when the main lung is compressed by swallowed prey.
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digestive system\nnervous system\nresperatory system\nexcretory system\ncirculatory system\ncardiovascular system\n\npretty much what the person above me said, the same as humans.
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go on this website\n\nhttp://biology.kenyon.edu/heithausp/cat-tutorial/organs/welcome2.htm\n\nas it is all about cat anatomy,\n\nin simple terms though if you think of the anantomy of a human and turn it  180 degrees then you have a pretty good idea, the lungs are posterior the heart, i think i am ansewering the wrong queation, however this site would be a good source of information sorr i cant be more help good luck
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Sensory and nervous system\nFishes have well-developed nervous systems that organize around a central brain, that is divided into different parts. The most anterior, or front, end of the brain are the olfactory bulbs, which are involved in the fish's sense of smell. Unlike most vertebrates, the cerebrum of the fish primarily processes the sense of smell rather than being responsible for all voluntary actions. The optic lobes process information from the eyes. The cerebellum coordinates body movements while the medulla oblongata controls the functions of internal organs. Most fishes possess highly developed sense organs. Nearly all daylight fish have well-developed eyes that have color vision that is at least good as a human's. Many fish also have specialized cells known as chemoreceptors that are responsible for extraordinary senses of taste and smell. Although they have ears in their heads, many fish may not hear sounds very well. However, most fishes have sensitive receptors that form the lateral line system. The lateral line system allows for many fish to detect gentle currents and vibrations, as well as to sense the motion of other nearby fish and prey. Some fishes, such as catfish and sharks, have organs that detect low levels electric current. Other fishes, like the electric eel, can produce their own electricity.
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The liver is an organ in vertebrates, including humans. It plays a major role in metabolism and has a number of functions in the body including glycogen storage, plasma protein synthesis, and drug detoxification. It also produces bile, which is important in digestion. It has been described as the chemical plant of the body, as it performs and regulates a wide variety of high-volume biochemical reactions requiring specialized tissues. Medical terms related to the liver often start in hepato- or hepatic from the Greek word for liver, hepar.
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A frog is compleately covered by a soft, thin and moist layer of skin make of two very important layers, the epidermis and the dermis.\nIt does not really protect the frog in any way but, it helps in the process of respiration. Oxygen can actually pass through a frog’s skin, which then enters into their blood.\nFrogs dont only breathe though their skin, some adult frogs have two sac-like lungs.\nWhen a frog is sumerged underwater, its respiration takes place through their skin only.\nThere are many blood vessels that run throughout the frog’s skin. Oxygen can actually pass through it, therefore, it directly enters into the blood. Oxygen can be gotten from water too.