Personal Ethical Foundations Statement Example | Topics and Well Written Essays - 1250 words

Ethical Foundations - Personal Statement Example I have moral obligation to offer my patients the best care possible to alleviate their suffering because it is right to help a person in need. I would not perform abortions because it’s murder unless when saving the life of the mother. This is a dilemma but by saving the mother, I am following the natural law. I would not practice in eugenics or assist in voluntary suicide because it is morally wrong and is against the social norms of the society. These laws preserve the dignity of human life and the sanctity of life as it is God given. They uphold the dignity and respect of medical practice and all who practice it. Human nature makes upholding natural law very difficult. One must be virtuous to have consistency in medical practice. According to Aristotle, a virtue lies between two central vices and is described as the mean by reference to two vices. Cardinal virtues expounded by ancient Greek philosophers are courage, prudence, temperance, and justice. By using reason, we make the right decisions and this will make me achieve job satisfaction and eventually actualization. By being courageous and doing the right thing we get happier and better at our jobs, this law is fundamental to success in the work place, as the code of conduct will govern most of the key decisions in the work place eliminating unnecessary conflict of beliefs. It is my responsibility to care for my patients and be responsive to their needs at all times during their medical care. It is not right to say that this principle applies to females alone as all practitioners care for the sick in health facilities. My responsibility would be to reduce their physical and emotional suffering by using own experience and expertise in the medical field. I would not withhold necessary treatment and facilities to a sick individual for whatever reason because it is morally wrong and against the medical code of ethics. It would be wrong to offer

Disability Essay Example | Topics and Well Written Essays - 1000 words - 1

Disability - Essay Example The group was a family- a father, a mother, a three-year-old (an estimated age) girl they called Liza and an eight-year-old boy (another estimated age) they called Harvey. The father looked like he’s in his late thirties- quite handsome and tall. If he told me he was a lawyer, I would not be surprised because he had an aura of authority and intelligence. Harvey had blonde wavy hair. He looked like an active boy with the way he moved and talked. He ran immediately to the monkey bars. Liza stayed behind with her father, while her mother went nearby Harvey. The mother looked like in her late twenties, a beautiful brunette with kind eyes. She sat at a bench and started to read a thick book. Liza had her mother’s eyes and hair. There was something different with her that I could not understand yet. She seemed to be thinking about faraway images with that look in her eyes. Liza went to the swing, but she was not swinging it at first. When she did, she raised her hands to her ears, as if the swinging made her ears hurt. I could sense her anxiety from her scrunched-up face and tightly-closed eyes. She was making some screaming sounds I could not understand. I wanted to run and help her, but the father got to her first. Her father came to her and asked her what was wrong. She cried and pointed to her mother, and her father looked terribly confused. I was as clueless as Liza and her father. What does she mean when she makes these scratching sounds in her throat? I knew she was deaf because her father was yelling at her and she did not seem to be bothered by it. She has a listening aid too, though I doubt it helped her. She only looked anxious and angry as her father tried to communicate with her, asking her what she needs and what bothers her in a loud, upset tone. Her mother must have been engrossed in the book because it

Ferdinand and Miranda Essay Example for Free

Ferdinand and Miranda Essay How does Shakespeare present the encounter between Ferdinand and Miranda from lines 450-499? The encounter between Miranda and Ferdinand in lines 450-499 of The Tempest is presented using three characters, Miranda, Ferdinand, and Prospero. Miranda and Ferdinand have fallen in love at first sight to Prosperos delight, though he doesnt want them to fall in love too quickly or interfere with his plans, so he lies to Miranda about Ferdinands unworthiness and then charms Ferdinand from moving. Miranda is presented as a helpless damsel distressed by the way her father handled this situation. If the ill spirit have so fair a house, Good things will strive to dwell witht These are Mirandas first words in these lines saying that physical beauty is a sign of proper morals and righteousness. This was an axiom during the renaissance period, hinting that she is only wise enough to state the obvious argument. After Ferdinand is charmed from moving she says, Hes gentle and not fearful. This sounding like she believes he is courageous, but more likely she is emphasizing his gentleness and compassion. These short interjections present Miranda as useless to the entire dispute. There are only three lines of verbal exchange between Miranda and Ferdinand, My father is of a better nature, sir, Than he appears by speech. This is unwonted Which now came from him. This shows Mirandas inexperience with men as she is almost too shy to say anything at all. Ferdinand is depicted as a good-looking man, with the normal qualities that come along with royalty such as courage, and a heroic nature. I will resist such entertainment (treatment) Till mine enemy has more power. This expresses Ferdinands royal nature, as he is accustomed to overpowering all enemies. After prospero commands his attention, accuses him of falsely bearing the title of the prince of Naples, and asks for him to obey his every word, Ferdinand says, No, as I am a man. This explains Ferdinand is used to getting what he wants and being adored by all and has previously given out orders rather than taken them. Finally, Ferdinand gives up arguing prospero, Might I but through my prison one a day Behold this maid He pledges his heart to Miranda saying that he doesnt care if he gets punished as long as he can see this girl. But both of these characters are dwarfed by Prosperos powers and wisdom. Prospero is the centre of all talk in these lines, as both of the younger characters are pleading to Prospero to let them live out their love for one another, though neither can match the sorcerers power, Come from they ward, For I can here disarm thee with this stick And make thy weapon drop. Here is the suggestion that prospero is the mightiest of all men, as his stick can defeat any armed man. His wisdom is also expressed through the use of proverbs, What, I say, my foot my tutor? This asserts Prosperos paternal control over Miranda as well as proving that prospero is a man of great intellect. All of Prosperos aside passages allow the audience to see through his eyes, (aside) They are both in eithers powers, but this swift Business I must uneasy make. Here we are told that prospero, despite the fact that he is pleased with his daughters love, is planning to put Ferdinand through menial tests, possibly to keep him from disturbing his plans. Seeing this passage through Prosperos eyes gives the audience a sense that he overwhelms the others in power and wisdom. Shakespeare has made Prospero the key to the presentation of this encounter.

Comparing Measurements of the Speed of Sound

Comparing Measurements of the Speed of Sound Finding the Speed of Sound! Group Members: Jesse Jackson, Arian Harrison Abstract: To begin as stated online The speed of sound, or of acoustic traveling waves, is a physical constant for any given medium at a specific pressure and temperature( http://whatis.techtarget.com/definition/speed-of-sound). The speed of sound, or of acoustic traveling waves, is a physical constant for any given medium at a specific pressure and temperature. The experiment that was completed uses two methods in order to find the speed of sound. This speed of sound will be compared and contrasted to an accepted value that has been scientifically proven to be correct given the perfect conditions. Our two method results will be compared together in order to see which is closest to the accepted value. The first method being produced is a basic formula which uses basic knowledge in order for it to work. The second methods uses the frequency of the fork which was in this case is 512Hz and the soundwaves found in the formula. They are then multiplied together in order to find the current speed of sound. From the experiments and information given it is shown that the first method gives the more accurate result which is 350.2 m/s +/- 3.28 compared to 352.002 m/s +/- 2.27. This just proves that the first method is the most accurate when comparing to the accepted value of 340.29 m/s. Aim: To compare two measurements of the speed of sound to one accepted value. This will show which method is more accurate. Introduction: The experiment conducted used two methods in order to be able to measure the speed of sound. Both methods will be analysed and compared to an accepted value when measured at different temperatures. At -1 degrees Celsius the speed of sound is 330.4 m/s whereas at 21 degrees Celsius the speed of sound is 343.6 m/s. To begin, the first method of finding the speed employs a short simple formula based on known knowledge of the variables around you. At 0 degrees Celsius the speed of sound is 331m/s and for every degree change over 0, there will be an increase of speed by 0.6m/s. By being able to use this knowledge and the variables found in the lab during the experiment we can then substitute into the equation: V=331+0.6T. After that the second method will be used and be compared to the first one. This method is a test of resonance vibrations. This test involves finding the height in which PVC pipe creates the loudest noise of resonance when a 512Hz tuning fork is vibrating over it. By adjusting the length of the PVC pipe exposed to the water, we can measure the distance when the fork and pipe are vibrating at the exact same frequency. Once the loudest resonance is found and has been measured, based on that length from the surface of the water to the top of the pipe, the wave length can be measured with ÃŽÂ »=4(l+0.4d). Based on this information, the next method utilizes the wavelength equation and answer and also the tuning fork frequency which is 512Hz. This information can be converted into the second equation of V=fÃŽÂ ». Method: The cylinder was filled with water. The PVC pipe was then lowered all the way into the water until there was a 1cm gap from the top of the water to the top of the cylinder. My partner then struck the tuning fork and held it over the pipe as it was vibrating. The pipe was slowly pulled out of the cylinder as we listened for the position with the loudest noise. After finding the correct position the distance from the top of the tube to the surface of the water was recorded. Part A Measure the air temperature of the room. Calculate the speed of sound by using the formula V=331+0.6T. Calculate appropriate uncertainties for final answer. Part B Place PVC pipe into measuring cylinder. Connected boss head and clamp to retort stand. Positioned retort stand next to cylinder. Fill cylinder until there is a 1cm gap between the top of the cylinder and water. Hit the forks and place over the PVC pipe. Lift PVC pipe up gradually until you find the first sound. Stop, clamp it and record as accurately as possible Part C Determine the speed of sound using: ÃŽÂ » = 4(L + 0.4d), where ÃŽÂ » = wavelength, L = closed tube length, and d = diameter of the tube. V=331+0.6T V=fÃŽÂ » Risk Assessment: Equipment Needed: Hazard Details: Hazard Management Measures: 1 Litre Measuring Cylinder Falling/Breaking/Shattering Be Careful 40mm Diameter PVC pipe Falling Be Careful Tuning Forks (512Hz) Be Careful Metre Ruler Splinters Be Careful Vernier Callipers Be Careful Thermometer Breaking/Falling/Shattering Be Careful Clamp, Retort Stand Clamping Fingers Be Careful Results: 156mm +/- 0.5mm11. 156mm +/- 0.5mm 145mm +/- 0.5mm12. 156mm +/- 0.5mm 146mm +/-0.5mm13. 154mm +/- 0.5mm 158mm +/-0.5mm14. 152mm +/- 0.5mm 152mm +/- 0.5mm15. 154mm +/- 0.5mm 150mm +/- 0.5mm16. 155mm +/- 0.5mm 157mm +/- 0.5mm17. 154mm +/- 0.5mm 152mm +/- 0.5mm18. 154mm +/- 0.5mm 155mm +/- 0.5mm19. 155mm +/- 0.5mm 155mm +/- 0.5mm20 156mm +/- 0.5mm 1st Method for finding the speed of sound: V=331 + 0.6T0.5/32 x 100 = 1.5625% V=331 + 0.6 x 32 1.5625% x 0.6 = 0.9375% V=350.2m/s +/- 3.28 The speed of sound from this equation is 350.2 m/s +/- 3.28 when the temperature is 32 degrees Celsius. V=331 + 0.6T0.5/30 x 100 = 1.67% V=331 + 0.6 x 301.67% x 0.6 = 1% V=349 +/- 3.49 349 x 1% = 3.49 For the second day, the temperature was 30 degrees Celsius so it made the speed of sound 349m/s +/- 3.49 2nd Method for finding the speed of sound: ÃŽÂ »= 4(l+0.4d) ÃŽÂ »= 4(155 +/- 0.5 + 0.4 x (42.19 +/- 0.005)) ÃŽÂ »= 4(155 +/- 0.5 = 16.876 +/- 0.002) ÃŽÂ »= 4(155 +/- 0.32% + 16.876 +/- 0.01% ÃŽÂ »= 4(171.876 +/- 0.33% ÃŽÂ »= 687.504 +/- 2.27 687 +/- is the wavelength that was found V = f ÃŽÂ » V = 512 x 687.504 V = 352.002 m/s +/- 2.27 The speed of sound that was found here is 352.002 m/s +/- 2.27 Discussion: The outcome of the experiment supports my hypothesis which states that the first method is the closest result to the accepted value of speed. The results from the experiment were affected by errors and or limitations that occurred throughout the whole procedure. Human error can affect dramatically due to the fact that eye sight is not as effective as a technological reading. There are limitations to using eye site. Next humidity must be taken into account; in humid conditions water molecules are more frequent, where as in comparison to gas is travels a lot slower because the molecules are a lot less frequent. Hence why, if there is more water molecules within the air then the sound waves will travel faster because there would be a lot more water molecules present. This consequently results in a non-exact answer as the humidity is not measured on the temperature thermometer. All of the methods could off had many predicaments as well. For one the tuning forks themselves may have been s lightly off. The 512Hz fork used may not off been 512Hz due to age and wearing. Frequency is the number of times that an event occurs per unit of time. For sound the frequency is often measured by Hertz which is abbreviated to Hz. Its measured from the top of one wave to the bottom of another, per second. Humans can generally only hear from 20Hz up to 20000Hz, while dogs can hear up to 60000Hz and as low as 1Hz. Overall mishearing of the sound could have been a very big setback, this in turn goes with the possibility of false measuring, in the fact that when measuring the distance where resonance occurred the student holding the pipe would constantly move by half a centimetre or so. This means an accurate result wasnt measured and that this would further the errors in the investigation. The final result of the second method was backed up by multiple errors that occurred making the second method the less accurate of the two. There are numerous ways in order for this experiment to be more successful and to minimize errors/failures. As said before instead of having a student move the pipe up and down until resonance was heard, take advantage of retort stands and of course clamps. This would lower the possibility of error when measuring, instead of being out by half a centimetre it may be out by a few millimetres. Tuning forks may not be succinct and should undergo a pre-test to ensure that they are resonating at 512Hz because of its age and wear. This would create more accurate results as you would be finding the correct resonant soundwaves. If these mistakes were not made the errors would be less, and the experiment would have been more successful. Due to mistakes the speed of sound was not the same as the excepted value which is 340.29 m/s at sea level and at 20 degrees Celsius. Theoretically method 2 should have been the more accurate but because of mass errors it was not. The big deciding factor that was found is that humidity isnt taken into account with met hod 2, so no matter how hot, dry, rainy or sunny the weather was, it wasnt affected at all. If all errors stated above, and the temperature and humidity were accounted for then both methods should have been either very close or exact to the accepted value of 340.29 m/s. The speed of sound within water is 1484m/s. This is nearly 4 times the speed of sound in the air. This is why animals such as dolphins and whales can communicate over such long distances. Humans can only communicate at a quarter of the distance that those animals can. Â   Â   Â   Conclusion: To conclude the EI for investigating the speed of sound, it was stated that the first method would be more accurate, and this hypothesis was correct. This was supported by the results as the speed of sound at 32 degrees Celsius was dramatically more accurate than its counterpart, measuring in at 352 m/s instead of 350 m/s. This dramatic change occurred due to the fact that there is a lot more room for error in the second method. Unlike the first second method, the temperature affected the second method dramatically

What Are Ethics? Essay -- Ethics in Decision Making

The word â€Å"ethics† is connected intrinsically with questions of correct conduct within society. The word â€Å"ethics† comes from the Greek â€Å"ethos† meaning â€Å"character† which indicates a concern for virtuous people, reliable character and proper conduct. The term â€Å"morality† is derived from â€Å"mores† or custom — the rules of conduct of a group or society. An initial definition of ethics, then, is the analysis, evaluation, and promotion of correct conduct and/or good character, according to the best available standards. Ethics asks what we should do in some circumstance, or what we should do as participants in some form of activity or profession. Ethics is not limited to the acts of a single person. Ethics is also interested in the correct practices of governments, corporations, professionals and many other groups. To these issues, ethics seeks a reasoned, principled, position. An appeal to existing practice or the command of a powerful leader is not sufficient. To answer such questions in a consistent, reasoned manner may take us far a-field. Some ethical questions will require reflection o...

John Miltons Paradise Lost Essay -- John Milton Paradise Lost Essays

John Milton's Paradise Lost John Milton’s Paradise Lost is filled with fantastical tales from the depths of Hell, extravagant descriptions of the fallen angels, and a curious recitation of the council of demons in their new palace. How did Milton dream up such vivid depictions of such horrible demons as the ones we see in Book I? Most of his fallen angels originate in the form of Pagan gods condemned by the Bible, with actual historical backgrounds which Milton cites in his lengthy descriptions. Firstly, a few words about Satan would seem prudent, as he is the first of the fallen angels, the leader in the revolt, and the first to venture to earth to corrupt mankind. He is Milton’s main character, and the only one to extend outside of strict biblical interpretations of his character. He appears first in the Bible (if you discount the snake in the Garden of Eden) in the Book of Job, in which he convinces God to test Job by taking away all his worldly possessions and bringing harm to himself and his family. He is addressed with the angels and named as Satan, so his status as an angel who helps bring pain and suffering is no stretch from the ‘biblical truth’. Old Testament Books such as Isaiah and Ezekiel refer to what appears to be Satan, but are in the midst of passages that reflect upon wicked, fallen kings. In Isaiah 14:12 it is written, â€Å"how you are fallen from heaven, O Lucifer, son of the morning!† Most speculation is that this directly refers to Satan, although in no other passage is he referred to as Lucifer. The passage is actually concerning a Babylonian king, as is Ezekiel 28:14-15, which laments (for the King of Tyre), â€Å"you were the anointed cherub†¦ till iniquity was found in you.† These passages are about wick... ...of the Memphian Kings (Egyptian Pharoah’s at the great city of Memphis) who built the Great Pyramids, one of the Seven Wonders of the World, but whose city Memphis sustained much damage throughout the years (the city decayed and the capital eventually moved to Thebes). These are the players of Milton’s epic of light and darkness, good and evil, Heave, Hell, and everything in between. Expounding upon popular beliefs of Satan and his rogue angels and borrowing Pagan gods from old Palestine and Jordan enable the creation of almost Protagonist demons. Though it’s easy to relate to Satan as a rebellious child dealing with punishment, the poem preaches that you strictly obey God. God is omnipotent, omniscient (he even sees Satan’s approach from the depths of Hell), he has conquered countless false and pagan gods, his word is not to be questioned as Adam and Eve did.

How Does Hydro And Wave Energy Work Environmental Sciences Essay

Energy besides known as electricity is an of import beginning of energy usage all around the universe. Electricity Energy helps make a batch of work such as it gives people visible radiation. It warms our organic structures and places. It runs our Television and our autos. It makes us turn and travel and believe. Energy is the power to alter things. It is the ability to make work. Light is a type of energy we use all the clip. We use it so we can see. We get most of our visible radiation from the Sun. At dark people must do there our ain visible radiation. Normally, we use electricity to do visible radiation. In today ‘s universe with the aid of latest engineering energy can be created by utilizing heat from Sun, power of air current and the force of falling H2O or moving ridge. Currently authorities from all around the universe are keen in puting a batch of money in these undertakings. The undertakings are met to be environmentally friendly, low in cost, easy to keep and resound free. Hydro energy system provides energy that usually comes from H2O force and converts to electricity. Hydro energy can be created by utilizing many ways. In most of the taking states, the most dependable and inexpensive common method of bring forthing energy from H2O are hydroelectric dikes, where H2O comes down through an country that causes turbines to revolve and so energy can be captured to run a generator. Power can besides be generated from the energy of tidal forces or beckon power, which uses the energy created by moving ridges. 1.2 Technology in different states Technological progresss in the workss and in power transmittal make it executable to construct hydroelectric workss in distant locations, far from where the power will be used. The Itaipu Dam on the Paran & A ; aacute ; River between Paraguay and Brazil can bring forth up to 12,600 megawatts of power. This works, opened in 1982, supplies about all Paraguay ‘s electricity and one-fourth of that needed for Brazil. Tasik Kenyir ( Lake Kenyir ) Sultan Mahmud hydroelectric power station in Malaysia has a capacity of 400 megawatts of power. One of the largest hydroelectric undertakings in the universe is China ‘s Three Gorges undertaking on the Yangtze River. The dike, designed to command the lay waste toing inundations on the river, includes a big hydroelectric works. With a capacity of 18,200 megawatts, Three Gorges is projected to be able to supply up to one-ninth of China ‘s electricity needs. China has besides built many little hydroelectric workss for local usage ar ound the state. 1.3 Phase of development of Hydro Energy Hydroelectric power grew quickly after that. In 1886 there were 45 hydroelectric workss in the United States. By 1889, 200 workss were bring forthing electricity by utilizing H2O for some or all of the power. At the same clip, hydroelectric power workss opened around the universe. Italy built its first hydroelectric works in 1885 at Tivoli, in the mountains outside Rome. The works ab initio powered visible radiations in the nearby town. But by 1892 a 2nd works in the same location was supplying power to Rome, the first long-distance power transmittal in Italy. Other states with good conditions for hydroelectric power shortly built workss. Canada, France, Japan, and Russia were among the first on board. During the period from 1900 to 1950 the usage of hydroelectric power increased quickly. 1.4 Economicss and political relations involved Hydro energy systems have a large impact economically as the system provides energy to public where they are charged for the serviced. While this procedure travel on capital normally comes in the market where every one gets a part of the concern or makes net income for there concern. Politically the system can do a difference for illustration if there is a natural catastrophe the authorities will do a loss. 1.5 Cultural and determination devising in different states Many states in the universe usage hydro energy system to make electricity in a lower cost. Currently Canada comes up top of the list for high use and the United States comes in 2nd. One of the chief grounds the undermentioned states took the determination to utilize hydro energy system the most to bring forth electricity is because it ‘s a renewable energy, which means it will non be depleted over clip and it will systematically be replenished. It is besides a clean energy beginning. 1.6 Possible Problems when utilizing Hydro Energy One job that can go on when utilizing hydro energy is that it sometime can alter the natural flow of the H2O which can do it possible to harm workss and animate beings in the H2O. It can besides damage countries and wildlife, as when making a hydro electric dike, countries should be flooded. 1.7 Profitable Hydro Energy system Other grounds that many states want to utilize hydro energy is that it is cheaper than utilizing other methods to change over energy to electricity. It is besides dependable and can be used about instantly when turned on to run into the demand for electricity. Therefore, one must weigh the pros and cons before make up one's minding to utilize hydro energy to provide their demand for electricity. 1.8 Application of Hydro Energy our Major A hydro energy works can absorbs the energy of falling H2O to bring forth electricity so a turbine can change over the energy of falling H2O into mechanical energy. Then a generator has to change over the mechanical energy into electrical energy. Hydro workss can be in different size from micro-hydro that power merely really few places. A Dam can raise H2O degree of a river to make falling H2O. Besides the dike can command the flow of H2O. The reservoir that is created is will practically hive away energy. The force of falling H2O should force against the turbine ‘s blades doing the turbine to turn in one way. A H2O turbine is similar to a windmill, except that the energy is provided in different manner, falling H2O alternatively of air current. The turbine should change over the kinetic energy of falling H2O into a mechanical energy. Generator that is connected to the turbine via shafts so when the turbine turns it makes the generator to revolve besides convert the mechanical energy from the turbine into electric energy. Wave Energy 2.1 Background of moving ridge energy Waves are of course caused by the air current which blows over the sea degree. In many portion of the universe, the air current blows with different force to supply moving ridges that can be used to bring forth energy. There is high degree energy and force in the ocean moving ridges. Wave power can devices and extract energy straight from the surface ocean moving ridges or from force per unit area fluctuations below the surface. Wave can besides be generated moving ridge when Earth quack takes topographic point. Wave power varies widely in different parts of the universe, and beckon energy ca n't be usefull efficaciously everyplace. Wave-power can be found in different countries of the universe include the western seashores of Scotland, northern Canada, southern Africa, Australia, and the north-western seashores of the United States. 2.2 Technology In the current market engineerings and design in moving ridge Energy system has improved enormously. The industrial moving ridge power station/plant has to utilize a shoreline chamber, in which saltwater comes and goes of course. As the H2O semen, the air in the chamber is pressurised and forced to travel through a hole into the turbine, to do it turn. As the H2O recedes, the air is goes back, go forthing the turbine turning. The turbine so can be connected via a shaft but the new engineering is utilizing belt to the generator where energy will be converted into electricity. 2.3 Impact on environment In today ‘s universe moving ridge power is considered as environmentally friendly. Most complain normally come from local neighbors as it can be a spot noisy, landscape, or affect of roads taking to the sites. These complains are presently seen as disadvantage. 2.4 Political and Economic Impact Wave energy has made a large impact economically and politically from old ages. Economically in a manner when a undertaking take topographic point it brings capital together which means everyone little concern, contracts laborers, stores and many acquire a part of the concern and gain them net income. Politically it can impact the authorities if the undertaking does non work because of a natural catastrophe. 2.5 Application of moving ridge energy Kinetic energy of course has to be in the moving ridge that moves in the ocean. The energy can be used to power and run a turbine. Following the illustration in diagram 1 below moving ridge should lift while making the chamber. The forces of the lifting H2O really have to force air out of the chamber. The traveling air in ruddy coloring material shown in the diagram spins the existent turbine which will manually turn the generator. After this procedure wave down, air flows through the turbine and back into the chamber through doors that are usually closed. Others system really uses up and down gesture of the moving ridge to power Piston that moves up and down indoors the cylinder. That Piston should be able to turn a generator. Tidal Power – Wave Energy Diagram 1 Comparison of different energy system Hydro Energy Hydroelectric power has other benefits as good. Dams and hydroelectric workss last a long clip. This means that one time the costs of edifice are paid off, a hydroelectric works becomes a comparatively cheap beginning of electricity. Wave Energy Wave energy system is every bit good as hydro energy. Advantages are it does non upset populace in instance there of noise. Disadvantages are it can do amendss in instance there are sea storm and besides mite be hard for applied scientists to make any care. Wind Energy Wind Energy system work about the same manner wave energy plants. Before applied scientists used to put large turbines in land but now engineering has improved same system can be build on sea and works every bit good as any other system. Decision Following the treatment between different sort of energy systems. Energy is a really of import factor in today ‘s universe. As engineering degree is lifting better energy system is been design and tested. Presently a new energy system has been tested which works under H2O. The turbine system is fixed on the land to protect against quiver. The turbine system rotates with the aid of sea H2O force per unit area. Engineers and authorities of all the prima states are puting more energy system because they are pollution free and do non necessitate any expensive fuel.