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Mahon can be best seen by foot
Mahon is a small town in Spain. It is for sure that a person needs a transport to reach the town. Things are simpler once people are there in the town. People can end up the whole town by walking. There is a charm of walking in the streets of Mahon. The town has long streets and they are from top to bottom in design.
French and British both left a great influence on the town of Mahon. The people in the town still bake their breads in the French style. Similarly the British were the founders of dairy industry in this part of Spain. The trend of eating roasted food got fame in the British times in this town. Apart from that there are plenty of restaurants and cafes present in the town and they are all fascinating for the visitors.
The cuisines available in the restaurants of Mahon are mostly Italian and Spanish. The reason is the popular demand of people visiting the town from different parts of Spain, Europe and from the rest of the world. The natives of the town are very gentle and polite people which encourage tourism in this part of the world.
The town has a wonderful architecture. It has the Georgian style of houses as well as modern apartment buildings. The most fascinating thing in the town is the mansions which people can see thoroughly within a single day. The streets of the town are modern with all the modern kind of appearance. The town also has the remains of the city wall that leads to the four small squares of the town. These include Placa Espanya, Placa Carme, Placa Conquesta and Placa Constitucio.
There are many famous places in Mahon that can be easily approachable one after the other while walking. These include the Santa Maria Church which is an old church, Museu de Menorca which is the biggest museum of the entire island, remains of Trepuco which are prehistoric, Xoriguer gin distillery and plenty of other places.
This town has impacts from different eras in history. It is not that large in size but it’s still very decent and informative for people coming to the town. Historians love to visit this town because it has origination from the prehistoric times. The town is well maintained by the Spanish authorities. Mahon is considered among the modern towns of Spain for the same reasons.
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Five Fastest Boats Ever
As with all modes of transportation, speed is an important consideration in water vehicles: In trade and commerce, less travel time from the port origin to the destination means more profits for the freight company. During wars at sea, ships that can manoeuvre faster are more likely to defeat their rivals. In leisure and in sports, speedboats that break speed records bring home the trophy and are simply more thrilling to ride.
The last world speed record was set in 1978. Attempts were made in the last 32 years, but no one has ever broken the top speed. As it stands, the top 5 fastest speedboats in the world are as follows:
No. 5: Blue Bird K4 (141.74 mph)
Commissioned by Sir Malcolm Campbell in 1934, the Blue Bird K4 was a powerboat with a three-pointer hydroplane design.
The three-point design allowed the boat to skid on the water, resulting in less drag.
Campbell hoped the K4 could wrestle the title from the Americans, who then held the world speed record with Miss America X.
Built by the shipbuilding company Vosper & Company, the K4 runs on a Rolls Royce R engine.
The boat set a new world record on August 19, 1939, in Coniston Water, England.
No. 4: Slo-Mo-Shun IV (178.497 mph)
Slo-Mo-Shun IV was conceived by Stan Sayres and designed by Anchor Jensen and Ted Jones. Their dream was to build a speedboat that could win the Harmsworth Cup in Detroit.
Unlike other big boat plans, the construction of Slo-Mo-Shun IV had no blueprint.
The hull followed the three-point design. It was made of mahogany wood with Dural aluminium as riding surfaces. Its Allison propulsion engine once put a P-38 fighter plane up into the air.
The Slo-Mo-Shun IV had its test run on Lake Washington on July 7, 1952, where she created a new world record for straightaway speed.
No. 3: Blue Bird K7 (276.33 mph)
The Blue Bird K7 was the successor of Blue Bird K4, which had crashed in 1951.
This all-metal hydroplane was made from aluminium with a Metropolitan-Vickers Beryl axial-flow turbojet engine.
Its three-point design was altered for enhanced aerodynamics. The pickle-fork layout, which made some people compare the speedboat to a lobster, was very advanced for its time.
Donald Campbell was its pilot, and in December 31, 1964, he and the boat broke the world speed record in Dumbleyung Lake in Western Australia.
Three years later, Campbell tried to break the world speed record again. He aimed to get past the 300 mph mark.
However, during a test run in 1967, the lightness of the speedboat made it susceptible to strong winds. It was lifted up into the air, somersaulted for several seconds, and then violently crashed back to the water.
Campbell lost his life in the accident.
No. 2: Hustler (285.22 mph)
The Hustler project started when Lee Taylor Jr., an obscure drag boat racer and cutlery sharpener, announced that he had plans to break the world water-speed record with a new boat design.
He sought sponsorship because he lacked funds, and with the Americans eager to get back the title from the British, support poured in from big and small companies.
Taylor’s all-metal hydroplane was powered by a Westinghouse J46-WE-8B engine.
The first trial run resulted in Taylor’s boat overshooting the water at high speed. Taylor was seriously injured, and the boat sustained much damage – but they were able to reach speeds above 250 mph.
Three years later, Lee returned with his boat, and on July 30, 1967, he finally topped the speed of the K7 in Lake Guntersville, Alabama.
No. 1: Spirit of Australia (317.596 mph)
The Spirit of Australia is a wooden speedboat designed, built, and piloted by Ken Warby. It was powered by a Westinghouse J34 engine, which was used to fly jet fighters and other aircraft.
During its successive time trials, the Spirit of Australia gradually broke speed records, from 288.60 mph during its first run to speeds up to 300 mph, a feat never done before.
The Spirit of Australia, which broke the world speed record at Blowering Dam in 1978, remains on display at the Australian National Maritime Museum. Ken Warby retired from boat racing in 2003.
If you are one to dream of reaching even half the speed of these superfast speedboats, always remember: Safety First. Make sure your boat is in tiptop condition, your speed boat insurance is updated, and there are people on standby to help you should anything go wrong. Of course, you could also be safer by joining the rest of us applauding from dry land!
Author Bio : Let Velos Insurace quote you for speed boat insurance.
From Hot Travel Route's Blog, post Five Fastest Boats Ever
September and October Las Vegas Weather
From the start of September until the end of October, Las Vegas Weather changes from hot to very mild, and the average daily high temperature drops about 25 degrees.
September Las Vegas Weather
The highest recorded temperature for Las Vegas Nevada for the past 62 years in September was 78 degrees Fahrenheit, registered on September 2, 1940, while the standard high temperature is 94. The coldest September day in Las Vegas for the past 62 years was 11 registered on September 22, 1990, while the average low temperature is 69.
According to National Weather Service historical weather data, on September 11, 1972, the high temperature did not exceed 32 degrees Fahrenheit, the lowest high measured in Las Vegas in the past 62 years. Weather Service data also shows that on September 25, 1955, the lowest recorded temperature for the day did not drop below 57 degrees, the highest low measured temperature in Las Vegas in the last 62 years.
According to the National Weather Service, the high temperature in Las Vegas in September on the first day of the month averages 62 degrees and the high on the last day of the month averages 55 degrees. The low measured temperature in Las Vegas on September First averages 37 degrees and the low on the last day of the month averages 33 degrees.
Las Vegas usually receives an average of 0.31 inches of rain during September. The most rain recorded in a single day in September was 1.13 inches on September 29, 2004.
October Las Vegas Weather
The highest recorded temperature in October for Las Vegas for the past 62 years was 66 degrees Fahrenheit, measured on October 11, 1953, while the standard high temperature is 81. The coldest October day in Las Vegas for the past 62 years was -22 registered on October 31, 1950, while the average low temperature is 56.
US National Weather Service weather data records that on October 29, 1957, the high temperature did not exceed -4 degrees Fahrenheit, the lowest high measured in Las Vegas in the past 62 years. Weather Service data also shows that on October 30, 1971, the lowest recorded temperature for the day did not drop below 52 degrees, the highest low measured temperature in Las Vegas in the last 62 years.
National Weather Service data shows that the high temperature in Las Vegas on October First averages 38 degrees Fahrenheit and the high on the final day of October averages 41 degrees. The average daily low temperature in Las Vegas on October First is 25 degrees Fahrenheit and the average high on the last day of October is 27 degrees.
Las Vegas normally receives an average of 0.24 inches of rain during October. The most rain measured in a single day in October was 1.15 inches on October 15, 1956.
October Nevada weather, travel, Nevada vacation planning, Nevada, Nevada travel, September Nevada weather
Linear Accelerator Cancer Treatment in India at Mumbai and Delhi at affordable Low cost.
What is this equipment used for? A linear accelerator (LINAC) is the device most commonly used for external beam radiation treatments for patients with cancer. The linear accelerator can also be used in stereotactic radiosurgery similar to that achieved using the gamma knife on targets within the brain. The linear accelerator is used to treat all parts/organs of the body. It delivers a uniform dose of high-energy x-ray to the region of the patient’s tumor. These x-rays can destroy the cancer cells while sparing the surrounding normal tissue. The LINAC is used to treat all body sites with cancer and used in not only external beam radiation therapy, but also for Stereotactic Radiosurgery and Stereotactic Body Radiotherapy. A linear accelerator is also used for Intensity-Modulated Radiation Therapy (IMRT), Image Guided Radiation Therapy (IGRT), Stereotactic Radiosurgery (SRS) and Stereotactic Body Radio Therapy (SBRT).
How does the equipment work? The linear accelerator uses microwave technology (similar to that used for radar) to accelerate electrons in a part of the accelerator called the “wave guide”, then allows these electrons to collide with a heavy metal target. As a result of the collisions, high-energy x-rays are produced from the target. These high energy x-rays will be directed to the patient’s tumor and shaped as they exit the machine to conform to the shape of the patient’s tumor. The beam may be shaped either by blocks that are placed in the head of the machine or by a multileaf collimator that is incorporated into the head of the machine. The beam comes out of a part of the accelerator called a gantry, which rotates around the patient. The patient lies on a moveable treatment couch and lasers are used to make sure the patient is in the proper position. The treatment couch can move in many directions including up, down, right, left, in and out. Radiation can be delivered to the tumor from any angle by rotating the gantry and moving the treatment couch. Who operates this equipment? The patient’s radiation oncologist prescribes the appropriate treatment volume and dosage. The medical radiation physicist and the dosimetrist determine how to deliver the prescribed dose and calculate the amount of time it will take the accelerator to deliver that dose. Radiation therapists operate the linear accelerator and give patients their daily radiation treatments.
How is safety ensured? Patient safety is very important. During treatment the radiation therapist continuously watches the patient through a closed-circuit television monitor. There is also a microphone in the treatment room so that the patient can speak to the therapist if needed. Port films (x-rays taken with the treatment beam) or other imaging tools are checked regularly to make sure that the beam position doesn’t vary from the original plan. The linear accelerator sits in a room with lead and concrete walls so that the high-energy x-rays are shielded. The radiation therapist must turn on the accelerator from outside the treatment room. Because the accelerator only gives off radiation when it is actually turned on, the risk of accidental exposure is extremely low. Indeed, pregnant women are allowed to operate linear accelerators. Modern radiation machines have internal checking systems to provide further safety so that the machine will not turn on until all the treatment requirements prescribed by your physician are perfect. When all the checks match and are perfect, the machine will turn on to give your treatment. Quality control of the linear accelerator is also very important. There are several systems built into the accelerator so that it won’t deliver a higher dose than the radiation oncologist prescribed. Each morning before any patients are treated, the radiation therapist performs checks on the machine to ensure that it is working properly using a piece of equipment called a “tracker” to make sure that the radiation intensity is uniform across the beam. In addition, the radiation physicist makes more detailed weekly and monthly checks of the linear accelerator.
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