World's top 5 tallest man-made structures

1.Burj Dubai

Burj Dubai (Arabic: ‎ "Dubai Tower") is a skyscraper currently under construction in Dubai, United Arab Emirates, and is currently the tallest man-made structure on Earth. Construction began on September 21, 2004, and it is expected to be completed and ready for occupation in September 2009.As of 7 April 2008, Burj Dubai has reached a height of 629 m (2,064 ft), with 162 completed floors

The building is part of a 2 km² (0.8 sq mi) development called 'Downtown Dubai' and is located at the "First Interchange" (aka "Defence Roundabout") along Sheikh Zayed Road at Doha Street. The tower's architect is Adrian Smith who worked with Skidmore, Owings and Merrill (SOM) until 2006. SOM is the architecture and engineering firm in charge of the project. The primary builder is Samsung Engineering & Construction, along with Besix and Arabtec.Turner Construction Company was chosen as the construction manager[more...]


2.KVLY-TV Mast
The KVLY-TV mast (formerly the KTHI-TV mast transmitting ) is a 628.8 metres (2,063.0ft) televisionmast in Blanchard, Traill County, North Dakota, USA channel 11. Although the , used by Fargo station KVLYBurj Dubai tower construction has surpassed its height, the KVLY-TV mast is still the world's tallest completed man made structure.

The tower is located three miles west of Blanchard, North Dakota, which is roughly halfway between Fargo and Grand Forks. It became the tallest artificial structure upon the completion of its construction on August 13, 1963. The mast was surpassed in height by 18 m (57 ft) in 1974 by the Warszawa radio mastnear Konstantynów, Poland, which later collapsed on August 8, 1991, making the KVLY-TV mast again the tallest structure on land.As of April 7, 2008, the official website for the Burj Dubai project reported that Burj Dubai has reached a height of 629 meters, which is 2064 feet, therefore surpassing the KVLY-TV mast by a foot.[more...]

3. CN TOWER
The CN Tower, located in downtown Toronto, Ontario, Canada, is a communications and tourist tower standing 553.33 metres (1,815.39 ft) tall. It surpassed the height of the Ostankino Tower while still under construction in 1975, becoming the tallest free-standing structure on land in the world. On September 12, 2007, after holding the record for 31 years, the CN tower was surpassed in height by the still-under-construction Burj Dubai. It remains the tallest free-standing structure in the Americas and the signature icon of Toronto's skyline, attracting more than two million international visitors annually.

In 1995, the CN Tower was declared one of the modern Seven Wonders of the World by the American Society of Civil Engineers, and also belongs to the World Federation of Great Towers.[more...]


4.Sears Tower
The Sears Tower is a skyscraper in Chicago, Illinois. It has been the tallest building in theUnited States since 1973, surpassing the World Trade Center, which itself had surpassed the Empire State Building only a year earlier. Commissioned by Sears, Roebuck and Company, it was designed by chief architect Bruce Graham and structural engineer Fazlur Khan of Skidmore, Owings and Merrill.

Construction commenced in August 1970 and the building reached its originally anticipated maximum height on May 3, 1973. When completed, the Sears Tower had overtaken the roof of the World Trade Center in New York City as the world's tallest building. The tower has 108 stories as counted by standard methods, though the building owners count the main roof as 109 and the mechanical penthouse roof as 110. The distance to the roof is 1,451 feet (442 m), measured from the east entrance.

In February 1982, two television antennas were added to the structure, increasing its total height to 1,705 feet (520 m). The western antenna was later extended to 1,730 feet (527 m) on June 5, 2000 to improve reception of local NBC station WMAQ-TV.[more...]

5.Taipei 101

Taipei 101 is a 101-floor landmark skyscraper located in Taipei, Taiwan. The building, designed by C.Y. Lee & Partners and constructed from May 1995 to March 2005 primarily by the South Korean multinational Samsung Engineering & Construction and supported by the KTRT Joint Venture, is one of the world's tallest completed skyscrapers. Taipei 101 received the Emporis Skyscraper Award in 2004. It has been hailed as one of the Seven New Wonders of the World (Newsweek magazine, 2006) and Seven Wonders of Engineering (Discovery Channel, 2005).It stands at 509.2 mts or 1671 ft.[more...]

Worlds Smallest Gun

Americans have a lasting fascination with guns. The perennially debated Second Amendment has guaranteed citizens of the United States "the right to bear arms" since 1791. And while what, exactly, that means is up for interpretation, the Amendment has never been abolished. There are federal and state laws that control guns in the U.S., however -- even ones the size of an iPod nano.

Harold Lloyd Trust/Getty Images
Prior to the 1920s, there were no gun control laws on the books in the U.S., a point understood by silent film star Harold Lloyd in
"An Eastern Westerner."

It wasn't until the 1920s that states began regulating firearms. As states passed gun laws, the federal government did, too. The National Firearms Act of 1934, the Federal Firearms Act of 1938 and the Gun Control Act of 1968 created and codified the restrictions on gun ownership in the United States [source: U.S. Department of Justice].

The relationship between gun laws and the Supreme Court has continued into the 21st century. The nation's capital, Washington, D.C., maintains a law that bans handguns. The law is meant to prevent people from carrying easily concealed weapons. This regulation was challenged by a case before the Supreme Court in March 2008 [source: Washington Post]. But even if the court upholds the local law, it will still be a difficult task to rid the district -- or any city -- fully of handguns.

According to a 2006 Bureau of Alcohol, Tobacco and Firearms report, a total of 3,614,452 handguns, rifles and shotguns were manufactured in the United States that year. Of those, 333,499 were exported outside of the country [source: ATF]. The United States certainly provides a major market for gun manufacturers. In 2005, the U.S. imported 1.84 million guns from overseas for sale -- in addition to those made in America [source: U.S. Census]. As a result, there are more than 200 million guns in the U.S., and the nation has 44 million registered gun owners [source: The Globalist]

But there's one gun that won't likely show up in America. It's been recorded as the smallest gun in the world. While its bullets only travel just over the length of a football field, because of its small size, the gun is illegal to import into the United States [source: Daily Mail].

The SwissMiniGun

According to Guinness World Records, the title of the smallest working revolver in the world goes to the Miniature Revolver C1ST, manufactured by SwissMiniGun [source: Daily Mail]. The tiny firearm measures just more than 2 inches and weighs less than 1 ounce. It fires bullets made by SwissMiniGun that are 2.34 mm caliber, rim fire cartridges and come as either blank rounds (which don't produce a bullet) or live rounds (bulleted) [source: SwissMiniGun].

Courtesy SwissMiniGun
The SwissMiniGun Miniature Revolver C1ST

Only a very small number of the guns have been produced since they were first manufactured in 2005. They're largely collectors' items. About 300 have been made -- this tiny gun carries a big price tag. The standard steel C1ST model goes for around $6,200, and the company has been creating only 100 of them per year [source: SwissMiniGun].

There's also a customized version of the revolver -- the Nr. A1YG -- made of 18k gold. The higher-end model can be outfitted with all manner of grips, from ebony to diamonds. This version comes complete with a tiny rocket launcher attachment, which fires luminescent rockets that explode in green, white or red. The company has fetched up to almost $60,000 for a custom Nr. A1YGs [source: Daily Mail].

The novelty SwissMiniGun will likely never be mass produced. The detail that goes into each one and the high cost prohibit widespread manufacturing. But that hasn't kept concern among some law enforcement quarters from growing. The company says it can't ship its firearms to the United Kingdom, and the guns are banned in the United States. The U.S. federal gun laws outlaw any working firearm with a barrel less than 3 inches long [source: Daily Mail]. This is greater than the entire length of the SwissMiniGun.

One reason the guns are outlawed in the U.S. is due to the small size of their bullets. Firing a cartridge essentially smashes the bullet, making it impossible to trace using ballistics investigation [source: WTVJ]. The SwissMiniGun is also small enough that it fits completely in the palm of the average adult's hand, rendering it highly concealable -- its holster even has a key chain ring on the end. This makes some federal agencies nervous: U.S. laws prohibit any firearm that can't be detected at airports [source: ATF].

While Paul Erad, the owner of SwissMiniGun is complying with laws that prohibit him from selling the guns to these countries' citizens, you could say he's incredulous. In one interview he cited post-Sept. 11 "paranoia" as the reason for America's unwillingness to import the guns [source: Daily Mail]. The official SwissMiniGun site points out that some pellet guns pack as much as 10 times the wallop of the tiny revolver.

The SwissMiniGun's 2.34mm-caliber ammunition travels just under 400 feet per second. Its bullets pack a punch of about 0.71 foot pound of energy [source: SwissMiniGun]. By contrast, the Remington 300 Ultra Mag round carries 4,220 foot pounds of energy with it [source: Remington].

On the other hand, according to the United Kingdom's House of Commons, it takes at least one foot pound of force to inflict a penetrating wound, like a gunshot injury. Anything less (like the force delivered by SwissMiniGun cartridges) "is incapable of penetrating even vulnerable parts of the body, such as the eye" [source: House of Commons]. But ballistic experts claim that even when fired at close range, a projectile with less than a foot pound of force can still penetrate the skin -- especially the eye.

These statistics aren't convincing U.S. authorities to lift the ban on the SwissMiniGun, though. One airport security official told Miami's NBC 6 station, "I think anything that shoots a projectile is dangerous" [source: WTVJ].

Why is Pluto Not a Planet????

Most of you people might still be wondering as why "" Pluto is not a planet!!"" . Even I did and when I came across this article which I would like to share with you.........

Pluto was first discovered in 1930 by Clyde W. Tombaugh at the Lowell Observatory in Flagstaff Arizona. Astronomers had long predicted that there would be a ninth planet in the Solar System, which they called Planet X. Only 22 at the time, Tombaugh was given the laborious task of comparing photographic plates. These were two images of a region of the sky, taken two weeks apart. Any moving object, like an asteroid, comet or planet, would appear to jump from one photograph to the next.

After a year of observations, Tombaugh finally discovered an object in the right orbit, and declared that he had discovered Planet X. Because they had discovered it, the Lowell team were allowed to name it. They settled on Pluto, a name suggested by an 11-year old school girl in Oxford, England (no, it wasn't named after the Disney character, but the Roman god of the underworld).

The Solar System now had 9 planets.

Astronomers weren't sure about Pluto's mass until the discovery of its largest Moon, Charon, in 1978. And by knowing its mass (0.0021 Earths), they could more accurately gauge its size.

The most accurate measurement currently gives the size of Pluto at 2,400 km (1,500 miles) across. Although this is small, Mercury is only 4,880 km (3,032 miles) across. Pluto is tiny, but it was considered larger than anything else past the orbit of Neptune.

Over the last few decades, powerful new ground and space-based observatories have completely changed previous understanding of the outer Solar System.Instead of being the only planet in its region, like the rest of the Solar System, Pluto and its moons are now known to be just a large example of a collection of objects called the Kuiper Belt. This region extends from the orbit of Neptune out to 55 astronomical units (55 times the distance of the Earth to the Sun).

Astronomers estimate that there are at least 70,000 icy objects, with the same composition as Pluto, that measure 100 km across or more in the Kuiper Belt. And according to the new rules, Pluto is not a planet. It's just another Kuiper Belt object.

Here's the problem. Astronomers had been turning up larger and larger objects in the Kuiper Belt. 2005 FY9, discovered by Caltech astronomer Mike Brown and his team is only a little smaller than Pluto. And there are several other Kuiper Belt objects in that same classification.

Astronomers realized that it was only a matter of time before an object larger than Pluto was discovered in the Kuiper Belt.

And in 2005, Mike Brown and his team dropped the bombshell. They had discovered an object, further out than the orbit of Pluto that was probably the same size, or even larger. Officially named 2003 UB313, the object was later designated as Eris. Since its discovery, astronomers have determined that Pluto's size is approximately 2,600 km (1,600 miles) across. It also has approximately 25% more mass than Pluto.

With Eris being larger, made of the same ice/rock mixture, and more massive than Pluto, the concept that we have nine planets in the Solar System began to fall apart. What is Eris, planet or Kuiper Belt Object; what is Pluto, for that matter? Astronomers decided they would make a final decision about the definition of a planet at the XXVIth General Assembly of the International Astronomical Union, which was held from August 14 to August 25, 2006 in Prague, Czech Republic.

Astronomers from the association were given the opportunity to vote on the definition of planets. One version of the definition would have actually boosted the number of planets to 12; Pluto was still a planet, and so were Eris and even Ceres, which had been thought of as the largest asteroid. A different proposal kept the total at 9, defining the planets as just the familiar ones we know without any scientific rationale, and a third would drop the number of planets down to 8, and Pluto would be out of the planet club. But, then… what is Pluto?

In the end, astronomers voted for the controversial decision of demoting Pluto (and Eris) down to the newly created classification of "dwarf planet".

Is Pluto a planet? Does it qualify? For an object to be a planet, it needs to meet these three requirements defined by the IAU:

• It needs to be in orbit around the Sun - Yes, so maybe Pluto is a planet.
• It needs to have enough gravity to pull itself into a spherical shape - Pluto…check
• It needs to have "cleared the neighborhood" of its orbit - Uh oh. Here's the rule breaker. According to this, Pluto is not a planet.

What does "cleared its neighborhood" mean? As planets form, they become the dominant gravitational body in their orbit in the Solar System. As they interact with other, smaller objects, they either consume them, or sling them away with their gravity. Pluto is only 0.07 times the mass of the other objects in its orbit. The Earth, in comparison, has 1.7 million times the mass of the other objects in its orbit.

Any object that doesn't meet this 3rd criteria is considered a dwarf planet. And so, Pluto is a dwarf planet. There are still many objects with similar size and mass to Pluto jostling around in its orbit. And until Pluto crashes into many of them and gains mass, it will remain a dwarf planet. Eris suffers from the same problem.

It's not impossible to imagine a future, though, where astronomers discover a large enough object in the distant Solar System that could qualify for planethood status. Then our Solar System would have 9 planets again.

Even though Pluto is a dwarf planet, and no longer officially a planet, it'll still be a fascinating target for study. And that's why NASA has sent their New Horizons spacecraft off to visit it. New Horizons will reach Pluto in July 2015, and capture the first close-up images of the (dwarf) planet's surface.

Space enthusiasts will marvel at the beauty and remoteness of Pluto, and the painful deplaneting memories will fade. We'll just be able to appreciate it as Pluto, and not worry how to categorize it. At least now you know why Pluto was demoted.

source:Universetoday

10 Technologies That Will Transform Your Life

Browsing through the articles on the web regarding this subject i found many of them but the 'Ten' technologies mentioned below are most common.So take note of them because
"Predictions are risky, especially when they concern the future. That said, there are technologies being tinkered with right now that could transform your life - if and when they are brought to full expression." - Lamont Wood


1.The Hydrogen Economy:
Instead of guzzling imported oil (and being at the mercy of oil suppliers) we could turn water into hydrogen and burn that (or use to charge fuel cells.) Meanwhile, the only byproduct of the combustion of hydrogen is ... more water! However, hydrogen storage remains a thorny issue, due to its low density, and hydrogen may end up being only one of many interlocking components that replace the current oil economy.[+more]


2.Therapeutic Cloning:
Forget the stories about generating identical copies of a particular sheep or person. The whole idea behind cloning all along has been to grow replacement organs or tissue in a vat, which the body would see no reason to reject. Cancerous or damaged organs could be replaced by new, disease-free clones of themselves.[+more]






3.Moore's Law Upheld:
The law, stated by Intel cofounder Gordon Moore in 1965, implies that available computer power can be expected to double every other year. For at least two decades pundits have been pointing out barriers to the law's fulfillment, and the chip industry has been smashing those barriers. Currently they can't agree if the law has a couple of more decades of life left, or 600 years. Either way, in terms of available computing power, it's clear that we ain't seen nothing yet.[+more]

4.Desktop 3-D Printing:
Instead of going to the store for your next gadget, you might download a design of your choosing and generate it in your desktop 3-D printer. The next step will be to design your own gadgets, post the designs, and sell them, etc. Toys, kitchenware, and decorative household items should be fair game, at least. Cottage industry, here we come![+more]





5.Location Based Computing:
Instead of clicking an icon on a browser screen, you can walk outside, point your cell phone at an actual three-dimensional thing (presumably, a building that houses a business), click the phone, and get information about (or jump to the Web site of) whatever you were pointing at. As well as servers with Internet address, there will be servers with geographic coordinates.[+more]



6.Better,Cheaper solar cells:
The cost of photovoltaic cells (that turn sunlight into electricity) are coming down. In less than ten years the cost of solar energy could be at parity with the cost of electricity from the grid, and solar cells could be standard features in new residential construction. Your house could power itself about a third of the time. (Science can't do much about night and bad weather.)[+more]




7.Mobile Robots:The recent DARPA challenge (where robot cars navigated through suburban traffic) hints at what might come. Why drive to the deli to pick up your order when you can just send your car? We may see convoys of robot trucks on the highways. Admittedly, they'll probably have more initial acceptance in warehouses, handling pick-and-pull chore[+more]




8.Pervasive Wireless Internet:
WiMAX, 3G, 4G, etc., all point to a pervasive wireless Internet, where being on-line everywhere, all the time, will be routine. That implies the possibility of full connectivity between any two random devices. Want to check your burglar alarm from your cell phone? It'll be easy. Unjacking to get away and relax, however, may not be so easy.[+more]




9.Gene Therapy:A lot of maladies actually involve inherited conditions-they're in your genes, in other words. But scientists are working to change those genes and trick defective cells into growing correctly. Perhaps, someday, birth defects will be as treatable as pneumonia.[+more]






10.Digital Libraires:
Having total connectivity is pointless if all you get is the latest gossip about Paris Hilton. But the digitization of mankind's accumulated works proceeds apace. All of MIT's courses are now online, for instance, and, if you haven't done so, check out Google Book Search. The time will come when any straightforward factual question can be answered immediately, online. But, alas, those are always the easy questions.[+more]

Comedy at its best--The Bean Scene

Whats the best comedy show according to you???? well if u ask me the only show which comes to my mind when it comes to comedy is Mr.Bean!! Rowan Atkinson is the King of Comedy according to me and this post is dedicated to Atkinson..... :)

Who is Rowan Atkinson?
Rowan Sebastian Atkinson is an English comedian, actor and writer, famous for his title roles in the British television comedies Blackadder and Mr. Bean. He has been listed in The Observer as one of the 50 funniest acts in British comedy, and amongst the top 50 comedy acts ever in a 2005 poll of fellow comedians.




Rowan Sebastian Atkinson was born in Consett, County Durham in 1955. His parents were Eric Atkinson, a farmer and company director, and his wife Ella May (née Bambridge), who had married on 29 June 1945. His elder brother, Rodney Atkinson, is a eurosceptic economist who narrowly lost the United Kingdom Independence Party leadership election in 2000. Atkinson was raised Anglican. He was educated at Durham Choristers School, followed by St Bees School, and studied electrical engineering atNewcastle University. He continued with an MSc at The Queen's College, Oxford, first achieving notice at the Edinburgh Fringe Festival in 1976. At Oxford, he also acted and performed early sketches for the Oxford University Dramatic Society (OUDS), the Oxford Revue and the Experimental Theatre Club (ETC), meeting writer Richard Curtis and composer Howard Goodall, with whom he would continue to collaborate during his career.[more...]

The Bean Scene

Mr. Bean is a British comedy television series of 14 half-hour episodes starring Rowan Atkinson as the title character. Different episodes were written by Rowan Atkinson, Robin Driscoll, Richard Curtis and one by Ben Elton. The self-titled first episode was broadcast on 1 January 1990, with the final episode, "Goodnight, Mr. Bean", on 31 October 1995 Based on a character developed by Rowan Atkinson at university, the series followed the exploits of Mr. Bean, described by Atkinson as "a child in a grown man's body", in solving various problems presented by everyday tasks and often causing disruption in the process. During its five year run the series gained large UK audience figures, including 18.74 million for the 1992 episode "The Trouble With Mr Bean", which was the recipient of a number of international awards, including the Rose d'Or, and has had an enduring effect on popular culture. The show has been sold in over 200 territories worldwide, and has inspired two feature films and an animated cartoon spin-off.

Bean's show has four major characters :-
Mr.Bean

The title character, played by Rowan Atkinson, is a slow-witted, sometimes ingenious, selfish and generally likable buffoon who brings various unusual schemes and connivances to everyday tasks. He lives alone in his small flat in Highbury, North London, and is almost always seen in hisgenerally only a few mumbled words. His first name (he names himself "Bean" to others) and profession, if any, are never trademark tweed jacket and skinny red tie. Mr. Bean rarely speaks, and when he does it is mentioned, though he has been shown in the first episode to have a strong knowledge of trigonometry. (In the first film adaptation, on his passport "Mr." appears under the "first name" field and he is shown employed as a guard at London's National Gallery. In Mr. Bean's Holiday, "Rowan" is seen on his passport name field. Mr. Bean often seems unaware of basic aspects of the way the world works, and the programme usually features his attempts at what would normally be considered simple tasks, such as going swimming, redecorating or taking an exam. The humour largely comes from his original (and often absurd) solutions to any problems and his total disregard for others when solving them, his pettiness, and occasional malevolence.[more...]

Teddy

Teddy is Mr. Bean's teddy bear, generally regarded as Mr. Bean's best friend. Although inanimate, the bear is often privy to Mr. Bean's various schemes and doubles as a good dish cloth or paint brush in an emergency. The bear is a dark brown, knitted oddity with button eyes and sausage-shaped limbs, invariably ending up broken in half or in various other states of destruction and disfiguration. Occasionally, Bean pretends Teddy is animate. For example, when Mr. Bean hypnotizes Teddy, he snaps his fingers and the bear's head falls backwards as if it has fallen asleep instantly (Bean used his finger to prop Teddy's head up). Certainly, Bean behaves as if the bear is real, buying it a Christmas present or trying not to wake it in the mornings. Mr. Bean seems to have a supply of Teddy bears, as his bear was decapitated ("Mr. Bean in Room 426") and shrunken in the wash ("Tee Off, Mr. Bean"), and has been revived in later episodes.

Mr.Bean's Mini

Mr. Bean's car, a late 1970s MK IV British Leyland Mini 1000, developed a character of sorts. At first, an orange 1969 Morris Mini MK II was Mr. Bean's vehicle of choice, but this was destroyed in a crash at the end of the first episode. From then on, the car was a 1977 model , luminous lime green in colour with a black bonnet. It made its first appearance in "The Curse of Mr. Bean".

The Mini was central to several antics, such as Mr. Bean getting dressed in it while driving or steering it while sitting in an armchair strapped to the roof. It also had a number of innovative security measures; Mr. Bean fitted the door with a bolt-latch and padlock, rather than use the lock fitted on the car, and he always removed the steering wheel instead of the key, which formed a running joke in several episodes, at one point deterring a car thief. The car, confused with another demonstration car of the exact same model , was crushed by a tank in "Back to School, Mr. Bean", but returned in later episodes, perhaps having actually been the identical demonstration car from that point on.[more...]

Irma Gobb

Mr. Bean's "girlfriend" Irma Gobb, played by Matilda Ziegler, appeared in a number of episodes. episodes). The character later appeared in the animated series. She is treated relatively inconsiderately by Bean, who appears to regard her more as a friend and companion than a love interest. However, he does become jealous when she dances with another man at a disco in "Mr. Bean Goes to Town", and she certainly expects him to propose to her on Christmas Day in "Merry Christmas, Mr. Bean", with his failure to do so resulting in her leaving him for good (she does not appear in any subsequent The spin-off book Mr. Bean's Diary (1993) states that Mr. Bean met Irma Gobb at a local library.
Production n Broadcast

The programme was produced by Tiger Television, later renamed Tiger Aspect network by , for the ITVThames Television from 1990 to 1992 and then by Central from 1993 to 1995. After its original run it has been shown repeatedly on satellite channels such as Nickelodeon and Paramount Comedy 2 , and internationally.

The record selling UK videos were withdrawn shortly before the release of the Bean movie and DVDs are being released on an annual basis as of 2004.

Awards

The first episode won the prestigious Golden Rose, as well as two other major prizes at the 1991 Rose d'Or Light Entertainment Festival in Montreux. In the UK, the episode "The Curse of Mr. Bean" was nominated for a number of BAFTA awards; "Best Light Entertainment Programme" in 1991, "Best Comedy" (Programme or Series) in 1992, and Rowan Atkinson was nominated three times for "Best Light Entertainment Performance" in 1991, 1992 and 1994. "Mr. Bean" also won the Norwegian comedy award "Tidleg Sædavgang".

Bean Movie Adaptations

Mr.Bean(1997)

Directed by Mel Smith ,the movie grossed over USD$230 million globally on a budget estimated at $22 million

Mr.Bean's Holiday(2004)

The film followed the character on an eventful journey across France for a holiday in the French Riviera, which after a number of misfortunes culminates in an unscheduled screening of his video diary at the Cannes Film Festival. It was directed by Steve Bendelack and according to Atkinson is probably the last appearance of the character.

The Animated Series

Mr. Bean was revived in a 2002 animated cartoon series, again featuring little actual dialogue, with most being either little soundbites or mumbling.


External links
Official site -Mr.Bean

Review of Mr.Bean's Holiday @ imdb

Episode Guide,Photos,Videos,Cast n Crew

Get ur copy of Mr.Beans Holiday here

Mr.Bean Themes for mobiles

Youtube playlist

Here are some torrent links for Downloads of Mr.Bean
Complete Mr.Bean on one DVD

Complete Set of Episodes

Mr.Bean's Holiday (avi) --> Download here