Tidal Test Answers

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  Unlike wind power, which Britain originally developed and then abandoned for 20 years allowing the Dutch to make it a major industry, undersea turbines could become a big export earner to island nations such as Japan and New Zealand. Other sites...

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  The technology for dealing with the hostile saline environment under the sea has been developed in the North Sea oil industry and much is already known about turbine blade design, because of wind power and ship propellers. There are a few technical...

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  Unlike wind power, there are unlikely to be environmental objections. Fish and other creatures are thought unlikely to be at risk from the relatively slow-turning blades. Each turbine will be mounted on a tower which will connect to the national power supply grid via underwater cables. The towers will stick out of the water and be lit, to warn shipping, and also be designed to be lifted out of the water for maintenance and to clean seaweed from the blades. E Dr Bahaj has done most work on the Alderney site, where there are powerful currents. The single undersea turbine farm would produce far more power than needed for the Channel Islands and most would be fed into the French Grid and be re-imported into Britain via the cable under the Channel.

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  F One technical difficulty is cavitation, where low pressure behind a turning blade causes air bubbles. These can cause vibration and damage the blades of the turbines. Another slight concern is submerged debris floating into the blades. So far we do not know how much of a problem it might be. We will have to make the turbines robust because the sea is a hostile environment, but all the signs that we can do it are good. Questions Reading Passage has six paragraphs, A-F.

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• Tidal Volume

  Which paragraph contains the following information? Write the correct letter, A-F, in boxes on your answer sheet. NB You may use any letter more than once.

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  Tidal Power Undersea turbines which produce electricity from the tides are set to become an important source of renewable energy for Britain. The technology raises the prospect of Britain becoming self-sufficient in renewable energy and drastically reducing its carbon dioxide emissions. If tide, wind and wave power are all developed, Britain would be able to close gas, coal and nuclear power plants and export renewable power to other parts of Europe. Unlike wind power, which Britain originally developed and then abandoned for 20 years allowing the Dutch to make it a major industry, undersea turbines could become a big export earner to island nations such as Japan and New Zealand.

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• 250+ TOP MCQs On Tidal Energy – 2 And Answers

  Other sites identified include the Bristol Channel and the west coast of Scotland, particularly the channel between Campbeltown and Northern Ireland. The first station is expected to be installed off Lynmouth in Devon shortly to test the technology in a venture jointly funded by the department of Trade and Industry and the European Union. AbuBakr Bahaj, in charge of the Southampton research, said: The prospects for energy from tidal currents are far better than from wind because the flows of water are predictable and constant. The technology for dealing with the hostile saline environment under the sea has been developed in the North Sea oil industry and much is already known about turbine blade design, because of wind power and ship propellers.

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• Reading Answer Of Tidal Power With Explanation

  There are a few technical difficulties, but I believe in the next five to ten years we will be installing commercial marine turbine farms. The best sites are between islands or around heavily indented coasts where there are strong tidal currents. D A marine turbine blade needs to be only one third of the size of a wind generator to produce three times as much power.

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  The blades will be about 20 metres in diameter, so around 30 metres of water is required. Unlike wind power, there are unlikely to be environmental objections. Fish and other creatures are thought unlikely to be at risk from the relatively slow-turning blades. Each turbine will be mounted on a tower which will connect to the national power supply grid via underwater cables. The towers will stick out of the water and be lit, to warn shipping, and also be designed to be lifted out of the water for maintenance and to clean seaweed from the blades. E Dr Bahaj has done most work on the Alderney site, where there are powerful currents. The single undersea turbine farm would produce far more power than needed for the Channel Islands and most would be fed into the French Grid and be re-imported into Britain via the cable under the Channel.

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  F One technical difficulty is cavitation, where low pressure behind a turning blade causes air bubbles. These can cause vibration and damage the blades of the turbines. Another slight concern is submerged debris floating into the blades. So far we do not know how much of a problem it might be. We will have to make the turbines robust because the sea is a hostile environment, but all the signs that we can do it are good. Questions Reading Passage has six paragraphs, A-F. Which paragraph contains the following information? Write the correct letter, A-F, in boxes on your answer sheet. NB You may use any letter more than once.

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  Tidal Power Undersea turbines which produce electricity from the tides are set to become an important source of renewable energy for Britain. The technology raises the prospect of Britain becoming self-sufficient in renewable energy and drastically reducing its carbon dioxide emissions. If tide, wind and wave power are all developed, Britain would be able to close gas, coal and nuclear power plants and export renewable power to other parts of Europe. Unlike wind power, which Britain originally developed and then abandoned for 20 years allowing the Dutch to make it a major industry, undersea turbines could become a big export earner to island nations such as Japan and New Zealand. Other sites identified include the Bristol Channel and the west coast of Scotland, particularly the channel between Campbeltown and Northern Ireland.

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• About Tides – Tides: Questions And Answers

  The first station is expected to be installed off Lynmouth in Devon shortly to test the technology in a venture jointly funded by the department of Trade and Industry and the European Union. AbuBakr Bahaj, in charge of the Southampton research, said: The prospects for energy from tidal currents are far better than from wind because the flows of water are predictable and constant. The technology for dealing with the hostile saline environment under the sea has been developed in the North Sea oil industry and much is already known about turbine blade design, because of wind power and ship propellers.

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• Questions And Answers About Tidal Wave Auto Spa Drug Test

  There are a few technical difficulties, but I believe in the next five to ten years we will be installing commercial marine turbine farms. The best sites are between islands or around heavily indented coasts where there are strong tidal currents. D A marine turbine blade needs to be only one third of the size of a wind generator to produce three times as much power. The blades will be about 20 metres in diameter, so around 30 metres of water is required. Unlike wind power, there are unlikely to be environmental objections.

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• IELTS Reading: Choosing From A List

  Fish and other creatures are thought unlikely to be at risk from the relatively slow-turning blades. Each turbine will be mounted on a tower which will connect to the national power supply grid via underwater cables. The towers will stick out of the water and be lit, to warn shipping, and also be designed to be lifted out of the water for maintenance and to clean seaweed from the blades. E Dr Bahaj has done most work on the Alderney site, where there are powerful currents. The single undersea turbine farm would produce far more power than needed for the Channel Islands and most would be fed into the French Grid and be re-imported into Britain via the cable under the Channel. F One technical difficulty is cavitation, where low pressure behind a turning blade causes air bubbles. These can cause vibration and damage the blades of the turbines. Another slight concern is submerged debris floating into the blades.

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• ( Update 2021) CAMBRIDGE IELTS 9 READING TEST 3 ANSWERS – Free Lesson

  So far we do not know how much of a problem it might be. We will have to make the turbines robust because the sea is a hostile environment, but all the signs that we can do it are good.

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  Tidal energy utilizes a. Kinetic energy of water b. Potential energy of water. Both a and b d. None of these. In a fuel cell, electrical energy is produced by a. Reaction of hydrogen with oxygen b. Thermionic action c. Combustion of fuel in the absence of oxygen. None of the above. Reaction of hydrogen with oxygen Q4. Thermal gradient in a geo thermal plant is given by a. Tidal energy development needs a. Huge capacity and long construction time. Huge capacity and low construction time. Low capacity and long construction time. Low capacity and low construction time. Custom Search Interview Aptitude.

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  Based on this information, you should recommend which of the following? Discontinue mechanical ventilation C. Increase the peak flow setting D. Decrease the minute ventilation A year-old asthmatic patient is struggling to initiate inspiration on a mechanical ventilator that is operating in the assist-control mode. Which of the following settings would you first check in order to resolve of this problem? Tidal volume C.

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  Sensitivity D. PEEP You are called to assess a patient receiving mechanical ventilation and you suddenly notice the simultaneous sounding of the high pressure and low volume alarms. What is the most likely cause of this problem? There is a disconnection in the ventilator circuit B. There is a leak in the ET tube cuff C. There is a mucous plug in the ET tube D. The patient has developed pneumonia Which of the following is true regarding the synchronous intermittent mandatory ventilation SIMV mode of ventilation? Machine breaths cannot be pressure controlled B. The patient contributes to minute ventilation C. Asynchrony is prevented during machine breaths D. Only partial ventilatory support can be provided A year-old male patient with a tracheostomy is being mechanically ventilated in the ICU. When the patient was coughing, blood and secretions were blown back into the circuit. What action should you take at this time?

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  Flush the blood out of the circuit with normal saline B. Sedate the patient to prevent more coughing C. Nebulize a local anesthetic to reduce surgical pain D. Replace the circuit with a new one After 30 minutes on pressure support, the high respiratory rate alarm sounds, with the patient breathing at a rate of 25 to 30 per minute. What change should you make to the ventilator settings?

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  Increase the pressure support level B. Increase the high pressure alarm to 50 cm H2O C. Increase the high rate alarm to 30—35 D. If so, you can download them by clicking the button below. Each question comes with the correct answer and a detailed rationale that explains exactly why that answer is correct. Download Now After intubating a patient, you are asked to confirm proper tube placement. Which of the following is the most appropriate action to take at this time? Obtain a stat chest radiograph B. Withdraw the endotracheal tube by 1—2 cm C. Reintubate the patient D. Insert a large bore needle in the left upper chest While monitoring a patient during a spontaneous breathing trial, which of the following observations would indicate that you need to stop the trial and return the patient back to full ventilatory support? An increase in arterial PCO2 from 44 to 52 torr D. What should you do at this time?

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  Return the patient to full ventilatory support B. Apply cm H2O of pressure support D. Extubate the patient and reassess You have a patient that is receiving ventilator support in the volume-control mode when suddenly the high pressure alarm begins to sound. Which of the following would you select in order to fix this problem? Increase the flow B. Increase the pressure limit C. Suction the airway D. Remove air from the endotracheal tube cuff The scalene muscle activity increases C. The systolic blood pressure decreases from to 76 mm Hg You have a patient that is receiving mechanical ventilation in volume control mode that is being monitored with a continuous pulse oximeter. Which of the following should be done in order to fix this problem? Change to a closed-system suctioning device C. Administer a short-acting bronchodilator D. Perform bedside hemodynamic monitoring Which of the following is the most common problem associated with the assist-control mode of ventilation?

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• Multiple Choice

  Hypoventilation C. The need for neuromuscular paralysis D. Increased work of breathing Which of the following change should you make at this time? Decrease the high pressure limit to 45—50 cm H2O B. Decrease the low pressure alarm to 10 cm H2O C. Increase the low tidal volume alarm to mL D. Increase the set tidal volume to mL SIMV maintains respiratory muscle strength B.

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  SIMV prevents hyperventilation C. SIMV increases pleural pressures D. SIMV increases the need for sedation Your patient is intubated and is receiving positive-pressure ventilation. Upon assessment, you notice that the patient has started to use his accessory muscles during spontaneous breaths. What would you recommend to help this patient? Switch the patient to an inspiratory flow pattern B. Increase the pressure support C. Switch to the patient to pressure control SIMV What is the most important consideration to make when selecting the initial ventilatory settings for a new patient?

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  The type of device that is being used B. The quality and amount of nursing supervision C. The amount of spontaneous ventilatory effort The physician asks for you to correct this problem. Which of the following actions would be most appropriate in this case? Increase the frequency C. Increase the mechanical deadspace in the ventilator circuit D.

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