Weight distribution. car handling

Weight distribution is the apportioning of weight within a vehicle, especially cars, airplanes, and watercraft.

Weight distribution affects a variety of vehicle characteristics, including handling, acceleration, traction, and component life. Ideal weight distribution will vary from vehicle to vehicle and from application to application. For example, the weight distribution for a dedicated drag car will be different from that of a car built for road racing.

In the airline industry, load balancing is used to evenly distribute the weight of passengers, cargo, and fuel throughout an aircraft. See loadmaster, dealing mostly with military applications.

In large aircraft and ships, multiple fuel tanks and pumps are often used, so that as fuel is consumed, the remaining fuel can be positioned to keep the vehicle balanced, and to reduce stability problems associated with the free surface effect.


See also

  • Center of mass
  • Roll center
  • Center of earths gravitational pull

FS Passengers. and passengers of

FS Passengers is a payware add-on for Microsoft’s Microsoft Flight Simulator created by Daniel Polli. It enables virtual pilots to have real (though not visible) passengers on board, create an airline and earn money by flying, control inflight services like food and movies, and many other features.

After every flight a report is generated indicating what went well and what went wrong. It has a comprehensive system of aircraft failures and will reward the pilot if the passengers have been treated properly and successfully. It also has a Dangerous Places database and there’s a risk of failure due to attacks (eg. bullet hit fuel tanks resulting in a fuel leak) if the aircraft fly through those places. There is an economic mode in the add-on which enables one to create a company, buy aircraft, maintain aircraft, fly actual flights and maintain profit. Some Flight Simulator fans consider FS Passngers as the single best payware plugin available for Microsoft’s Flight Simulator.

FS Passengers provides an objective and goals which would otherwise be absent, making Flight Simulator more like other game formats. It is fully compatibly with any default aircraft and most other FS addons.

A free demo is available for download at the official homepage. All features are present, but you can only depart from airports in San Francisco. It is currently on sale for €31.90($42.51 USD)on their official website or on simMarket (see External Links)


External links

  • Official Homepage and Forums
  • simMarket page

Closely related key. dominant cause of

In music, a closely related key is one sharing many common tones with the original key.

In elementary harmony, these are the family of keys that shares either all pitches or all but one pitch with the key it is being compared to. These keys are on either side of the original key on the circle of fifths and its relative majors or minors.

These keys, having 6 of 7 possible common tones with the original key, are the most commonly used destinations or transpositions in a modulation, because these keys are the most closely related, are based on the subdominant and dominant of the home key, which are often structurally significant, and which, with the tonic, create the strongest of tonal chord progressions.

Major Relative Minor Dominant and Subdominants
C a F, G, d, e
G e C, D, a, b
D b G, A, e, f#
A f# D, E, b, c#
E c# A, B, f#, g#
B g# E, F#, c#, d#
Gb (F#) eb (d#) Cb (B), Db (C#), ab (g#), bb (a#)
Db bb Gb, Ab, eb, f
Ab f Db, Eb, bb, c
Eb c Ab, Bb, f, g
Bb g Eb, F, c, d
F d Bb, C, g, a
Table of closely related keys (major keys designated by uppercase letters; minors by lowercase):

In modern music, the closeness of a relation between any two keys may be determined by the number of tones they share in common, which allows one to consider modulations not occurring in standard major-minor tonality. For example, in music based on the pentatonic scale containing pitches C,D,E,G, and A, modulating a fifth higher gives the collection of pitches G,A,B,D, and E, having four of five tones in common. However, modulating up a tritone would produce F#, G#, A#, C#, D#, which shares no common tones with the original scale. Thus the scale a fifth higher is very closely related, while the scale a tritone higher is not. Other modulations may be placed in order from closest to most distant depending upon the number of common tones.

See also: Pitch space.


References

  • Howard Hanson, Harmonic Materials of Modern Music. Appleton-Century-Crofts, Inc, 1960.

Habituation. to react. The

In psychology, habituation is an example of non-associative learning in which there is a progressive diminution of behavioral response probability with repetition of a stimulus. It is another form of integration. An animal first responds to a stimulus, but if it is neither rewarding nor harmful the animal reduces subsequent responses. One example of this can be seen in small song birds - if a stuffed owl (or similar predator) is put into the cage, the birds initially react to it as though it were a real predator. Soon the birds react less, showing habituation. If another stuffed owl is introduced (or the same one removed and re-introduced), the birds react to it as though it were a predator, showing that it is only a very specific stimulus that is habituated to (namely, one particular unmoving owl in one place). Habituation has been shown in essentially every species of animal, including the large protozoan Stentor coeruleus. Wood, D. C. (1988). Habituation in Stentor produced by mechanoreceptor channel modification. Journal of Neuroscience, 2254 (8).

Habituation need not be conscious - for example, a short time after we get dressed, the stimulus clothing creates disappears from our nervous systems and we become unaware of it. In this way, habituation is used to ignore any continual stimulus, presumably because changes in stimulus level are normally far more important than absolute levels of stimulation. This sort of habituation can occur through neural adaptation in sensory nerves themselves and through negative feedback from the brain to peripheral sensory organs.

The learning underlying habituation is a fundamental or basic process of biological systems and does not require conscious motivation or awareness to occur. Indeed, without habituation we would be unable to distinguish meaningful information from the background, unchanging information.

Habituation is stimulus specific. It does not cause a general decline in responsiveness. It functions like an average weighted history wavelet interference filter reducing the responsiveness of the organism to a particular stimulus. Frequently one can see opponent processes after the stimulus is removed.

Habituation is connected to associational reciprocal inhibition phenomena, opponent processes, motion aftereffects, color constancy, size constancy, and negative afterimages.

Habituation is frequently used in testing psychological phenomena. Both infants and adults look less and less at a particular stimulus the longer it is presented. The amount of time spent looking at a new stimulus after habituation to the initial stimulus indicates the effective similarity of the two stimuli. It is also used to discover the resolution of perceptual systems. For example, by habituating someone to one stimulus, and then observing responses to similar ones, one can detect the smallest degree of difference that is detectable.

Habituation is also commonly found in the case of odors. For example, one may not be able to smell one’s own bad breath while being able to smell another’s.

Dishabituation is when a second stimulus is used, which briefly increases habituated response, it has been shown that this is a different mechanism from sensitization.


See also

  • Banner blindness
  • Neural adaptation
  • Topics in human-computer interaction
  • Usability testing
  • Educational technology


External links

  • Definition at UsabilityFirst


References

Hybridisation. The term single-vehicle

Hybridisation or Hybridization may refer to:

  • In genetics, hybridisation is the process of mixing different species or varieties of organisms to create a hybrid
  • In molecular biology, nucleic acid hybridization is the process of joining two complementary strands of DNA
  • In chemistry, orbital hybridisation is the mixing of atomic orbitals to form new orbitals suitable for bonding
  • In linguistics, hybridisation is a term to describe the process of one language variety blending with another variety
  • Referring to vehicles, hybridisation refers to the alteration of a vehicle into a hybrid electric vehicle


See also

  • Hybrid (disambiguation)

SRC Computers. car accident

SRC Computers, Inc. is a privately owned company, established in 1996 in Colorado Springs, Colorado by Seymour Cray, shortly before his death on 1996-10-05 in a car accident.

In addition to its headquarters in Colorado Springs, SRC also maintains a software development facility in Minneapolis, Minnesota.


External link

  • Official site

Eleven-code. collision

The eleven-code is a system of numeric code words devised by the California Highway Patrol to describe dispatches or situations unique or frequent to the work of the CHP. It is also used alongside the ten-code and other voice radio protocols. Other agencies also use it or an adapted version.

Code Meaning
11-10 Take report
11-24 Abandoned vehicle
11-25 Road/traffic hazard
11-26 Inoperable vehicle
11-41 Send ambulance
11-42 Send paramedics
11-44 Possible fatality
11-48 Provide transport
11-66 Defective traffic light
11-79 Collision has occurred; ambulance en route
11-80 Collision w/ major injury
11-81 Collision w/ minor injury
11-82 Collision w/ property damage only
11-84 Manual traffic control needed
11-85 Tow truck needed
11-86 Bomb threat
11-87 Bomb found
11-98 Meet
11-99 Under attack, immediate assistance required


See also

  • Ten-code
  • Q code


External link

  • http://www.radioreference.com/modules.php?name=RR&aid=995

Pelican crossing. e.g. pedestrians or cyclists

A pelican crossing is a type of pedestrian crossing featuring a standard set of traffic lights with a push button and two coloured lamps for pedestrians using the crossing. The official name is Pelicon crossing (short for PEdestrian LIght CONtrolled crossing) but pelican is consistent with other crossing types (see below) named after animals and, in particular, birds. The term pelican crossing is used only in the United Kingdom, although, of course, similar traffic control devices are in use throughout the world.

The pelican crossing was the first definitive light controlled crossing in the UK, introduced in 1969, after the earlier failed experiment of the panda crossing. Previously only zebra crossings had been used, which have warning signals (Belisha beacons), but no control signals. The pedestrian lights are situated on the far side of the road to the pedestrian. A puffin crossing has the lights on the same side as the pedestrian; a toucan crossing is a crossing for pedestrians and bicycles; a pegasus crossing allows horse-riders to cross as well.

Pelican type crossings sometimes have further non-visual indication that it is safe to cross, such as a beep, vibrating button or tactile rotating cone in order to assist blind or partially sighted pedestrians.


References

  • The History of British Roadsigns, Dept. for Transport, 2nd Edition, 1999


External links

  • BBC article, on the introduction of Panda crossings, and subsequent developments.
  • UK Pelican crossing video tutorial

Mid-Manhattan Expressway. roadway. This can

The Mid-Manhattan Expressway was a planned (but never built) expressway which would have crossed Midtown Manhattan in the vicinity of 30th Street.


Initial Proposals

Plans were first proposed in 1937 for an expressway link crossing midtown Manhattan near 34th Street, then, as now, a heavily-traveled crosstown surface street. The original idea was a pair of two-laned tunnels, the Mid-Manhattan Expressway or M.M.E. (sometimes called the Mid-Manhattan Elevated Expressway) connecting the West Side Highway on Hudson River and the Franklin D. Roosevelt East River Drive on the East River.

By 1949, Robert Moses, New York City Parks Commissioner and Arterial Coordinator, proposed a six-lane elevated expressway along 30th Street. The expressway was to connect to the West Side Highway and the Lincoln Tunnel on the west side of Manhattan, and the Queens Midtown Tunnel and FDR Drive on the east side of the island. It would be constructed within a 100-foot-wide right-of-way immediately south of 30th Street. The viaduct would require substantial demolition of high-rise buildings within Midtown Manhattan. To cover the costs of construction, Moses suggested charging tolls on the new roadway, which was estimated to cost $26 million to construct plus another $23 million for the land needed for the project.”MID-CITY TOLL ROAD BACKED BY MOSES; Elevated Crosstown Highway at 30th Street Would Cost $26,000,000 to Build TOLL ROAD BACKED FOR MIDCITY AREA PROPOSED CROSSTOWN EXPRESSWAYS”, The New York Times, December 30, 1949. p. 1

A later proposal had the roadway situated ten stories above the most valuable real estate in the world. Air rights above the expressway would be sold and new high-rise buildings would be constructed above the expressway; buildings would be constructed below the viaduct as well.

One fanciful variation favored by then Mayor William O’Dwyer involved running the roadway through the Empire State Building itself, occupying the tenth and eleventh floors.


Plan of 1963

In 1963, plans for the expressway were finalized and it received the interstate designation Interstate 495.

Beginning from its elevated connections to NY 9A or the West Side Elevated Highway, the Mid-Manhattan Expressway would begin as a six-lane depressed roadway in the center of a widened 30th Street to Tenth Avenue.

At this point, it would swing to the north side of 30th Street to make connections between Tenth and Ninth Avenues, with the Lincoln Tunnel Third Tube Approaches.

Traveling east from this area, it would underpass Ninth Avenue, but rise so as to overpass Eighth Avenue and ultimately continue across Manhattan as an elevated structure.

In an area between Eight and Seventh Avenues, the roadway would recross 30th Street and occupy a 100 ft wide right-of-way immediately south of the thoroughfare.

From here it would travel east as a six-lane elevated expressway route, ten stories above the city streets to allow for commercial development both above and below the skyway deck.

After overpassing Second Avenue it would swing north to follow the 30th Street alignment as a four-lane elevated expressway route to connections with the East River or F.D.R. Drive.

Between First and Second Avenues, ramps would be constructed to provide access to the Queens-Midtown Tunnel.


Cancellation

In 1971, Governor of New York Nelson Rockefeller struck a huge blow. Because of rampant community opposition, and the disruption the expressway would cause, the Mid-Manhattan Expressway, along with about a dozen other highway plans, including “Interstate 78 Through New York City”, which another crosstown highway known as the Lower Manhattan Expressway (LOMEX) was part of, was officially cancelled and demapped.


References


External links

  • NYC Roads Mid Manhattan Expressway


See also

  • Interstate 495 (New York)
  • New York State Route 495
  • Route 495 (New Jersey)
  • Cross-Bronx Expressway

Traffic break. term single-vehicle accident is

A traffic break is any separation in the flow of traffic—naturally occurring or otherwise—along a road or highway. In heavily congested traffic, natural breaks occur rarely. Thus the term traffic break generally refers to the manual separation of traffic, normally conducted by highway patrol officers. In the UK, this manœuvre is known as a rolling roadblock.

Most such traffic breaks are used to clear a hazardous obstruction from the road ahead or allow a stalled vehicle to safely make its way off the road and onto the shoulder. For example, a highway patrol officer may arrive at the site of the accident and then radio to another officer to initiate a traffic break. The second officer enters traffic before the site of the accident, turns on his/her lightbar, and begins weaving across multiple lanes to signal that other drivers are to slow down and remain behind the officer. The speed to which the officer slows is based on the amount of time needed to clear the accident ahead. It is not uncommon for an officer to completely stop traffic to yield larger separation. The second officer then radios ahead to the first officer, who is still at the site of the accident, and gives him/her a description of the last vehicle traveling ahead at regular speeds. The first officer will use this information to determine when it is safe to move the accident off the road and onto the shoulder.

Traffic breaks may also be conducted to gradually slow traffic in preparation for a large accident ahead that has caused traffic to stop abruptly. This greatly reduces the chance of subsequent crashes due to motorists not braking in time. Other traffic breaks may give time for minor repairs such as adjusting the placement of a traffic sign. In very rare circumstances, civilian motorists have initiated traffic breaks. For example, in 2004 one Alameda County man ran a traffic break to aid in the emergency landing of a small Cessna 172 on Interstate 580. [1]

When a single traffic break does not allow sufficient time to complete a task, multiple breaks may be conducted in series. This practice is commonly called “running a round-robin”.


See also

  • Road traffic control

The Innocent Age. innocent

The Innocent Age is the seventh album by American singer/songwriter Dan Fogelberg, released in 1981 (see 1981 in music). It was also one of his most successful albums; three Top 10 singles (”Hard to Say”, “Same Old Lang Syne”, and “Leader of the Band”) were from this album.


Track listing

all songs written by Dan Fogelberg, except where noted

  1. “Nexus” – 6:04
  2. “The Innocent Age” – 4:15
  3. “The Sand and the Foam” – 4:19
  4. “In the Passage” – 8:28
  5. “Lost in the Sun” – 3:53
  6. “Run for the Roses” – 4:18
  7. “Leader of the Band” (concludes with an excerpt from Washington Post March arranged by Laurence Fogelberg, performed by the UCLA Band) – 4:48
  8. “Same Old Lang Syne” – 5:21
  9. “Stolen Moments” – 3:12
  10. “The Lion’s Share” – 5:10
  11. “Only the Heart May Know” – 4:09
  12. “The Reach” – 6:30
  13. “Aireshire Lament” – 0:52
  14. “Times Like These” – 3:02
  15. “Hard to Say” – 4:00
  16. “Empty Cages” (Fogelberg, Russ Kunkel, Norbert Putnam, Mike Utley) – 6:24
  17. “Ghosts” – 9:16


Personnel

  • Dan Fogelberg - guitar, keyboard, vocals
  • Don Alias - percussion
  • Michael Brecker - saxophone
  • Michael Brewer - vocals
  • David Duke - horn
  • Jesse Erlich - cello
  • Jimmie Fadden - harmonica
  • Mike Finnigan - organ
  • Glenn Frey - vocals
  • Richie Furay - vocals
  • Emmylou Harris - vocals
  • Heart of Darkness - choir, chorus
  • Don Henley - vocals
  • Jerry Hey - horn
  • Chris Hillman - vocals
  • Russ Kunkel - drums
  • Joe Lala - percussion
  • Gayle LaVant - harp
  • Marty Lewis - percussion
  • Joni Mitchell - vocals
  • Kenny Passarelli - bass
  • Al Perkins - steel guitar
  • Norbert Putnam - bass
  • Tom Scott - saxophone
  • Sid Sharp - concert master
  • Mike Utley - keyboard
  • UCLA Band - Marching band


Production

  • Producers: Dan Fogelberg, Marty Lewis
  • Engineer: Marty Lewis


Charts

Album - Billboard (North America)
Year Chart Position
1981 Pop Albums 6
Singles - Billboard (North America)
Year Single Chart Position
1980 “Same Old Lang Syne” Adult Contemporary 8
1980 “Same Old Lang Syne” Pop Singles 9
1981 “Hard to Say” Adult Contemporary 2
1981 “Hard to Say” Pop Singles 7
1981 “Lost In The Sun” Mainstream Rock 45
1982 “Leader of the Band” Adult Contemporary 1
1982 “Leader of the Band” Pop Singles 9
1982 “Run for the Roses” Adult Contemporary 3
1982 “Run for the Roses” Pop Singles 18

Joel Hurt. can also be hurt

Joel Hurt (1850–1926) was an important businessman and developer of turn-of-the-century Atlanta.

Born in Hurtsboro, Alabama (a town named for his father, Joel Hurt, Sr. ), he went to college at Auburn University and graduated from the University of Georgia in 1871.
He was in the railroad business, surveying first out West the bed that became the Atchison, Topeka and Santa Fe, next he surveyed a small spur off the Richmond and Danville line to Athens, Georgia.

He moved to Atlanta in 1875 and made a quick impact. He organized the Atlanta Building and Loan Association which he ran for thirty-two years and co-founded the Trust Company and starting in 1895 was its president for nine years. In 1882, he organized the East Atlanta Land Company where he designed and developed Inman Park connected to the city by his Atlanta and Edgewood Street Railway Company which opened along Edgewood Ave in 1886 as Atlanta’s first electric streetcar line. In 1880, he filed what would be for an interesting thermal water valve then in 1887, he filed No. 374,188 for a new style of Valve Cock for faucets handling water under pressure.

To anchor the downtown end of his streetcar he built Atlanta’s first skyscraper, the Equitable Building which in 1893 became the home of the two year old Trust Company.

His next land deal was to be Druid Hills for which he hired the Olmstead Brothers to design along a linear park around Ponce de Leon, but he sold the enterprise to Asa Candler for half a million dollars in 1908. He also built Atlanta’s first fireproof theater, the Atlanta Theater (also on Edgewood) and his masterpiece, the Hurt Building (which still stands).

In 1940 land was donated to the city by the Trust Company and a park was dedicated as Hurt Park which lies across Peachtree Center Ave from the Hurt Building.


Notes

  • http://www.google.com/patents?vid=USPAT365258&id=RNJBAAAAEBAJ
  • http://www.google.com/patents?vid=USPAT374188&id=CMdRAAAAEBAJ


References

  • Edge, Sarah, Joel Hurt and the Development of Atlanta, Atlanta Historical Society, 1955
  • Martin, Harold, Three Strong Pillars, Trust Company, 1974

Panda crossing. bystanders e.g. pedestrians

The panda crossing was a type of signal-controlled pedestrian crossing used in the United Kingdom from 1962 to 1967.


Background

In the early 1960s, the British Ministry of Transport, headed by Ernest Marples, was looking for a way to make pedestrian crossings safer under increasingly heavy traffic conditions. The successful zebra crossing design was not considered safe enough for busy roads and could create traffic delays as pedestrians crossed whenever they wanted. Off-the-shelf light-controlled systems were available but were too expensive for widespread use. Some cities had innovated their own one-off crossings but the lack of standardisation was considered a safety issue. Furthermore, all existing signalled crossings tended to have two major drawbacks: stopping traffic for long periods of time and violating contemporary right-of-way law by signalling “Don’t cross” to pedestrians.

The panda crossing was introduced in 1962 as an attempt to combine the best features of available and experimental crossing systems. The first public example was opened on 2 April of that year outside Waterloo Station, London. The majority of the initial sites used for this experiment were in Guildford where all 13 existing crossings were converted, and in Lincoln where 10 crossings were converted. Further sites across England and Wales increased the size of the experiment to more than forty sites in all.


Design and operation

The layout was superficially similar to a traditional zebra crossing, with a painted area on the road announced by Belisha beacons. For distinction, the panda road pattern was different (triangles rather than stripes) and the beacons were striped, not plain. The main additions were the light signals on the beacon poles. The traffic signals consisted of a pair of lamps, red and amber, while the pedestrians had a single signal displaying the word “Cross” when appropriate.

In the idle state, all the crossing’s lights were off. A pedestrian wanting to cross would press a button on the beacon pole and be instructed to wait by an illuminated sign near the button. The system allowed for a pause between crossings in order to avoid traffic delays and so the pedestrian might wait a short while before anything happened. The amber traffic light would pulsate for a few seconds to inform motorists that someone was about to cross; a pulsating red light was then the signal to stop. At this point, the pedestrians’ “Cross” signal began to flash. After a few seconds, the “Cross” light started to flash faster and the pulsating red traffic light was changed to a flashing amber (this “flashing” phase was considered distinct from the initial “pulsating” amber light). The “Cross” light flashed increasingly fast as crossing time ran out, and the traffic was allowed to proceed during the flashing amber phase if the crossing was clear. Eventually, the “Cross” light and the amber switched off completely and the crossing was reset.

The panda crossing avoided legal problems by omitting any sort of “Don’t cross” message to pedestrians. The measured pause between crossings helped to keep traffic flowing. The light sequence also prevented long delays by allowing traffic to move after a few seconds if nobody was crossing. However, despite its apparent rationality, the design was not a success. In particular, the distinction between the flashing and pulsating amber phases was subtle yet highly significant and there was no clear “Go” signal at the end of the sequence.


Successors

By 1967, the panda crossing was a matter of concern for the Ministry of Transport, and so a new type of crossing, the X-way, was introduced. Surprisingly, the new system was not phased in gradually by replacement, rather the pandas were removed seemingly as a matter of urgency. The X-way itself soon disappeared when, in 1969, the modern Pelican crossing was introduced.


References

  • BBC news report 2 April 1962, on the introduction of Panda crossings, and subsequent developments (with video of Marples’s first crossing).
  • “Hairbrained and most dangerous” - the history of pedestrian crossings at Chris’s British Road Directory
  • Panda Crossings: operation and signals - leaflet produced by the Ministry of Transport via the Central Office of Information

DDI. unless the rider/driver

DDI can be an abbreviation for:

  • Dallas Does Indie, an indie music podcast
  • Dance Dance Immolation, a spin-off of Dance Dance Revolution involving flamethrowers
  • Dartmouth Debate Institute, a summer program run by the Dartmouth Forensics Union
  • Data Documentation Initiative
  • Delucian Defense Initiative, a multi-MMORPG guild
  • Device Driver Interface, a low-level driver application programming interface
  • Didanosine
  • Direct Dial-In or, another name for Direct Inward Dialing
  • Diverging diamond interchange
  • Divisional Detective Inspector
  • Display Driver IC

Generalized Wiener process. little time to

In statistics, a generalized Wiener process (named after Norbert Wiener) is a continuous time random walk with drift and random jumps at every point in time. Formally:

<math>a(x,t) dt + b(x,t) \eta \sqrt{dt}</math>

where a and b are deterministic functions, t is a continuous index for time, x is a set of exogenous variables that may change with time, dt is a differential in time, and η is a random draw from a standard normal distribution at each instant.


See also

  • Wiener process

Old Bridge, Svilengrad. e.g. pedestrians

The Old Bridge (Старият мост) or Mustafa Pasha Bridge is a 16th-century arch bridge entirely made of stone. It is situated over the Maritsa in Svilengrad, southern Bulgaria. It was opened in 1529 and is a noted representative of early Ottoman architecture. The bridge is one of the symbols of Svilengrad and actually the feature thanks to which the town gained its present importance. It is about 300 m long, 6 m wide and has 20 arches.Pictures of Bulgaria. Settlements: Svilengrad. Visited 16 April 2006.

A flood destroyed some of the arches in 1766 and a reconstruction ended in 1809.Bridges in Bulgaria. Arch stone bridge over Maritsa River at Svilengrad town. Visited 11 May 2006.


References and notes

Aerocar Aero-Plane. passengers

The Aerocar II Aero-Plane was an unusual light aircraft flown in the United States in 1964. It was a development of designer Moulton Taylor’s famous Aerocar roadable aircraft, but was not roadable itself. Rather, it used the wings and tail unit designed for the Aerocar and mated them to a new fibreglass cabin. The weight saved by not including the parts needed to make the vehicle driveable on the ground meant that an additional two passengers could be carried. Only a single example was built.


Specifications (Aerocar Aero-Plane)


General characteristics

  • Crew: one pilot
  • Capacity: 3 passengers
  • Length: 22 ft 9 in (6.94 m)
  • Wingspan: 34 ft 0 in (10.37 m)
  • Height: ft in ( m)
  • Wing area: ft² ( m²)
  • Empty: lb ( kg)
  • Loaded: lb ( kg)
  • Maximum takeoff: lb ( kg)
  • Powerplant: 1x Lycoming O-320, 143 hp (107 kW)


Performance

  • Maximum speed: 135 mph (216 km/h)
  • Range: 350 miles (560 km)
  • Service ceiling: 13,000 ft (3,963 m)
  • Rate of climb: ft/min ( m/min)
  • Wing loading: lb/ft² ( kg/m²)
  • Power/Mass: hp/lb ( kW/kg)


See also

Related development:
Aerocar Aerocar -
Aerocar III

Comparable aircraft:

Designation sequence:
Aerocar I -
Aerocar II -
Aerocar III

Carra. it can refer

Carra is a surname and may refer to:

  • Carlo Carrà, Italian futurist painter
  • Lawrence Carra, American drama professor
  • Raffaella Carrà, Italian TV host, singer, and actress

It may also refer to:

  • footballer Jamie Carragher
  • Carra, County Mayo, Ireland

Gypsy in Amber. accident an

Gypsy in Amber (1971) was Martin Cruz Smith’s first mystery novel.

It features Romano Grey, the gypsy antique expert, who is pulled into a murder investigation when one of his friends dies in an automobile accident and is suspected of the murder of a girl whose body is found at the scene of the accident sliced up into six pieces.

Synproportionation. time to react.

Synproportionation or comproportionation is a concept in chemistry and is a redox reaction where two reactants that share an atom but differ in oxidation number react to a single reaction product.

Examples:

  • Potassium permanganate contains manganese with oxidation number of +7 and reacts with a manganese compound having oxidation number +2 to Manganese(IV) oxide (manganese dioxide) with oxidation number +4, potassium hydroxide and water.
  • In chalcogen chemistry 15Se + SeCl4 + 4AlCl3 -> Na[AlCl]4 + 3Se8[AlCl4]2. [1]
  • In volcanic eruptions, the redox reaction 2H2S(g) + SO2(g) -> 3S(s) + 2H2O(g).

It is the chemical opposite to disproportionation, where two or more atoms originally having the same oxidation state react with other chemical(s) to give ions with different oxidation numbers.


References

Leave of absence. leave the

Leave of absence (LOA) is a term used to describe a period of time that one is to be away from his/her primary job, while maintaining the status of employee. This term is in contrast to normal periods away from the workplace, such as vacations, holidays, hiatuses, sabbaticals, and “working from home” programs, in that they are considered to be exceptional circumstances, rather than benefits. Generally such an arrangement has a predefined termination at a particular date or after a certain event has occurred.


Classifications


Paid Leave

Generally, paid leave of absences are given at the request of the employer, or per some statutory or contractual requirement. Some examples of typical paid LOA are Employee Injury on the job, bereavement, Jury duty, or if the employer is performing repairs or other activities in the building where the employee normally works which prevents him/ her from performing their duties.


Unpaid Leave

Unpaid LOA’s are generally at the request of the employee or as a result of suspected misconduct on the part of the employee. A leave of absence may be obtained for a variety of employee-requested reasons, including Active duty call-up for reserve military personnel, or to attend to the health needs of the employee or of a family member of the employee.

In many jurisdictions, it is up to the employer’s discretion as to whether an employee’s request for a leave of absence is granted or not. In the United States, the Family and Medical Leave Act of 1993 defines certain circumstances under which approval of a leave of absence is compulsatory. As well, the Uniformed Services Employment and Reemployment Rights Act (USERRA) dictates certain circumstances under which a LOA must be granted.

During periods of time where the employer’s market is sluggish, some employers offer certain classes of employees an opportunity to take an unpaid leave of absence as extra vacation time, in an effort to temporarily reduce operating expenses without the complications of performing a Layoff, and potentially losing critical employees permanently. Such a period is referred to as a leave of absence in lieu of layoff.NJ State CAMPS


Continuation of benefits

Generally, continuation of certain benefits, such as medical insurance, is maintained. Other benefits such as Life Insurance normally require the employee to pay the premium in order to be continued during the LOA. Wright.edu

For those benefits that are based on an empoyee’s time in his/ her job, the period of the absence may be included in the tallies of consecutive service for certain benefits. If the time is not included, it is simply omitted from the tally, but not considered a break in service.


References


External links

  • Family and Medical Leave Act of 1993
  • Full Text of the Family and Medical Leave Act of 1993 - FMLA - 29 U.S. Code Chapter 28
  • Senate roll call vote
  • House roll call vote
  • Nevada Dept. of Human Resources v. Hibbs

MV Bukoba. passengers of

MV Bukoba is the name of a passenger steamer that sank 30 kilometers from Mwanza, Tanzania on May 21 1996, killing nearly one thousand people. The boat had been used to transport passengers and cargo between Lake Victoria ports Bukoba and Mwanza.

The steamer’s capacity was 430, but around 800 people drowned as the boat sank to the bottom of Lake Victoria. The manifest showed 443 passengers in the first and second class cabins, but the cheaper third class compartment had no manifest.

The lack of equipment and divers were partially to blame for the tragedy. Rescue teams from South Africa were flown in to salvage the ship and retrieve bodies that sank 25 meters under water.

President Benjamin Mkapa declared 3 days of national mourning after the tragedy.


See also

  • Lake Victoria ferries

Sutton (constructor). car accident

Sutton was a racing car constructor which participated in a single FIA World Championship race - the 1959 Indianapolis 500. Powered by a KK500G Offenhauser I-4, their car (a Dayton Steel Foundry/Walther) was driven by Mike Magill. On the 45th lap of the race, Magill was squeezed into the outside wall by the spinning car of Chuck Weyant; Magill flipped over, sliding upside down off the track and into the infield. Drivers Jud Larson and Red Amick, who spun trying to avoid the accident, both stopped and lifted the damaged Sutton upright to free Magill. Their actions, plus the Sutton’s roll bars (made mandatory for the 1959 season), undoubtedly saved Magill’s life.


World Championship Indy 500 results

Season Driver Grid Classification Points Note Race Report
1959 Mike Magill 31 Ret

Peter Turkel. accident is

Peter Rudd Turkel was born in New York City in 1940, son of Jack Turkel and Roma Rudd Turkel. Peter Turkel wrote articles about drug use among teens as a beat reporter for the New York Daily News. He authored a book, The Chemical Religion, on the same subject.

Peter Rudd Turkel died in car accident in North Carolina in 1987.


References

VASCAR. speed. This

VASCAR (Visual Average Speed Computer And Recorder) is a technology for determining the speed of a moving vehicle. It is used by police officers to catch speeders, mainly in jurisductions where RADAR and/or LIDAR are illegal, or to prevent detection by those with radar detectors. A VASCAR unit couples a stopwatch with a simple computer. Speed calculation is done by dividing the distance between two markers by the time the target vehicle takes to travel between the markers.


External links

  • Vascar Site