This is Why I didn't take up GRE !!!
A NORMAL PERSON : People who live in glass houses should not throw stones.
GRE STUDENT : Individuals who make their abodes in vitreous edifices would be advised to refrain from catapulting perilous projectiles.
*******************************************************
NORMAL PERSON : Twinkle, twinkle, little star
GRE STUDENT : Scintillate, scintillate, asteroid minim.
*******************************************************
NORMAL PERSON : All that glitters is not gold.
GRE STUDENT : All articles that coruscate with resplendence are not truly auriferous.
*******************************************************
NORMAL PERSON : Beggars are not choosers
GRE STUDENT : Sorting on the part of mendicants must be interdicted.
*******************************************************
NORMAL PERSON : Dead men tell no tales
GRE STUDENT : Male cadavers are incapable of rendering any testimony.
*******************************************************
NORMAL PERSON : Beginner's luck
GRE STUDENT : Neophyte's serendipity.
*******************************************************
NORMAL PERSON : A rolling stone gathers no moss
GRE STUDENT : A revolving lithic conglomerate accumulates no congeries of small, green, biophysic plant.
*******************************************************
NORMAL PERSON : Birds of a feather flock together
GRE STUDENT : Members of an avian species of identical plumage tend to congregate.
*******************************************************
NORMAL PERSON : Beauty is only skin deep
GRE STUDENT : Pulchritude possesses solely cutaneous profundity.
*******************************************************
NORMAL PERSON : Cleanliness is godliness
GRE STUDENT : Freedom from incrustations of grime is contiguous to rectitude.
*********************************************************
NORMAL PERSON : There's no use crying over spilt milk
GRE STUDENT : It is fruitless to become lachrymose of precipitately departed lactile fluid.
*******************************************************
NORMAL PERSON : You can't try to teach an old dog new tricks
GRE STUDENT : It is fruitless to attempt to indoctrinate a superannuated canine with innovative maneuvers.
*******************************************************
NORMAL PERSON : Look before you leap
GRE STUDENT : Surveillance should precede saltation.
*******************************************************
NORMAL PERSON : He who laughs last, laughs best
GRE STUDENT : The person presenting the ultimate cachinnation possesses thereby the optimal cachinnation.
*******************************************************
NORMAL PERSON : All work and no play makes Jack a dull boy.
GRE STUDENT : Exclusive dedication to necessitous chores without interludes of hedonistic diversion renders Jack a hebetudinous fellow.
*******************************************************
NORMAL PERSON : Where there's smoke, there's fire!
GRE STUDENT : Where there are visible vapours having their provenance in ignited carbonaceous materials, there is conflagration.
Wednesday, May 28, 2008
Saturday, May 24, 2008
sonyericsson new mobilephones specificationsof c902

Size of just.
108.0 x 49.0 x 11.0 mm
4.3 x 1.9 x 0.4 inches
Weight less than.
107.0 gr
3.8 oz
sexy colors
Luscious Red
Swift Black
Cool Screen
240x320 pixel
262,144 color TFT QVGA
Memory
Memory Stick Micro™ (M2™) support upto 8gb.
Phone internal memory 160MB.
Supports
- EDGE
- GSM 850
- GSM 900
- GSM 1800
- GSM 1900
- UMTS 2100
- HSDPA
- Auto focus
- BestPic™
- Camera - 5 megapixel
- Digital zoom - up to 16x
- Image stabilizer
- Photo fix
- Photo flash
- Red-eye reduction
- Video light
- Video recording
- Video stabilizer
- Album art
- Bluetooth™ stereo (A2DP)
- Media player
- Mega Bass™
- PlayNow™
- Supports music tones - MP3, AAC
- TrackID™
- Bluetooth™ technology
- Modem
- PictBridge
- Synchronization PC
- USB mass storage
- USB support
The New sonyericsson GC83 EDGE/GPRS PC Card

sonyericsson GC83 EDGE/GPRS PC Card is an 16-bit PCMCIA Type II PC Card and is attached to any laptop or PCMCIA card reader device with Multislot class 10 enabled. This card is of standard size of 85.0 x 54.0 x 5.0 mm 3.3 x 2.1 x 0.2 inches, with weight of just42.0 gr 1.5 oz, enhanced antenna is external.
This is an 16-bit PCMCIA Type II PC Card will Supported operating systems
- Windows® Me Windows® XP (Pro, Home, Tablet)
- Windows® 2000 (SP4) Windows® 98SE
Networks compatibleness like
- GSM 850
- EDGE up to 247 kbps up to 123 kbps.
- GPRS up to 86 kbps up to 43 kbps.
- CSD up to 9.6 & 14.4 kbps up to 9.6 & 14.4 kbps.
- GSM 1800
- GSM 1900
- Normal Environment standard-10° to +55° C, storage -20° to +65° C.
- Very Low Power consumption: <>
- Compatible with PC Card standard.
- Certifications from GCF, PTCRB, CE, FCC, MS WHQL.
Wednesday, May 14, 2008
Samsung best 32 inch wide screen model Rs 68,000

Samsung best 32 inch wide screen model Rs 68,000
- Screen Size 32 Inches.
- Number of Programmed Channels 100.
- Resolution 1920 x 1080 Pixels pure LCD.
- Tuning using Remote (S Band, VHF, Hyper Band, UHF )
- Contrast Ratio of15000:1 Dynamic.
- Response Time of just 5 Milliseconds.
- Aspect Ratio 16:9 .
- Audio Output of 200 Watts digital sound.
- Compatible with VCD or DVD Player.
- Power Requirement 100-260 Volts.
- Power Consumption 200 Watts.
- Width 806 mm.
- Depth 81 mm.
- Height 528 mm.
- Approximate Net Weight of 11.6 Kgs.
- Warranty Period of one Years.
What it means?
Resolution refers to the number of pixels, or dots, used to create the image on the screen. Applicable to High-end televisions to measure ability to display image with millions of colours.
How it works?
The number of pixels horizontally (Lines of Resolution) by the number of pixels vertically, this is how many independent dots of colour the screen can display. Following are the types resolution available. VGA (Video Graphics Array) 640 x 480, SVGA (Super VGA) 800 x 600, XGA (Extended Graphics Array) 1024 x 768, SXGA (Super XGA) 1280 x 1024, WXGA (Wide Extended Graphics) 1366 x 768 and finally Full HD or True HD Resolution of 1980 x 1080 pixels. Full HD resolution is highest resolution available in televisions, where one can enjoy entertainment from sources displaying 1080i or 1080p signals. Currently in India we do not receive High Definition broadcast but one can enjoy it if connected to sources like Blu-ray or HD-DVD players, PlayStation 3 and Xbox 360.
Benefits
Higher the resolution better the picture quality.
What it means?
Contrast ratio is measured as the difference between the brightest and darkest colors on the screen and is associated with LCD, Plasma and projection televisions and monitors. TVs with a higher contrast ratio are considered to be better than ones with lower contrast ratios.
How it works?
There are two ways of measuring contrast ratio. The first is True or On-screen Contrast Ratio and the second is Dynamic Contrast Ratio. True or On-screen contrast ratio measures the difference between the brightest and darkest images a TV can produce simultaneously or at the same time. The ratio of the brightest and darkest images a TV can produce over time is called dynamic contrast ratio. Dynamic contrast measures the display twice, once with a dark screen and once with a bright screen. Dynamic contrast ratio is often four or five times higher than the static specification, so while comparing make sure you are considering them at equal terms. But in the end it is always advisable that you inspect competing models yourself for their contrast performance before purchasing.
What it means?
It is screen reaction time, ie the time it takes for your screen to react to any command. The pixel response time in milliseconds is the time it takes for a pixel to go from black to white and then back to black.
How it works?
In the earlier days of LCD display technology, higher response times meant that in fast moving scenes, the panel would not be able to draw each rapidly changing frame in time, and a slightly blurred, ghosting effect could be seen in some places.
Benefits
Pixel Response Times apply to LCD Televisions only, as Plasma Displays use a different type of technology. So choose LCD TV with lesser response time than 8ms.
What it means?
Aspect ratio is the width-to-height ratio of a visual image. Standard NTSC televisions have an aspect ratio of 4:3 (4 units wide by 3 units high). Widescreen televisions have an aspect ratio of 16:9.
HTC P3350 Offer price Rs 17,000 only

- 2.0 mega pixel 5x digital zoom camera.
- 2.8 inch LCD touch screen display panel.
- 240 x 320 pixel screen resolution.
- 64 MB internal inbuilt memory.
- MicroSD card and up to 4Gb expandable slot, WiFi connectivity.
- Microsoft Office documents enabled.
- Mini USB port, FM radio with digital tuning.
Tuesday, May 13, 2008
8th generation New Accord 2008 Specification
3.5-liter i-VTEC V-6 engine with 273 horsepower
Standard safety equipment
Premium features
- Five speed automatic transmission.
- Six speed manual transmission.
- Five speed automatic transmission.
- Five speed manual transmission
- Six speed manual transmission.
Standard safety equipment
- (ACE™) body structure.
- Vehicle Stability Assist (VSA).
- Side-curtain airbags.
- New dual-chamber front side airbags.
- Active front head restraints and pedestrian safety features.
Premium features
- Navigation.
- Interface dial.
- Bluetooth.
- Large means more comfortable(120-cubic-foot).
- Sophisticated looks with navigation system and styling display screen.
- Upscale comfort level and Redesigned front panel seats.
- Three interior Sedan color themes Ivory, Gray and Black.
- Two interior Coupe color themes - Black and Ivory.
- Three accent themes - Gunmetal in LX, silver or woodgrain in EX, EX-L and V-6.
- Fold-down lockable rear seatback - Increases cargo-carrying versatility. Sedan includes lockable pass-through.
- Dual-zone automatic climate control - Standard in EX-L and V-6 models.
- Audio systems - Two impressive audio systems.
- 160 watts, a single-disc CD player and six speakers.
- 270 watts total amplification and seven speakers and sub woofer.
- Standard AM/FM/CD with MP3/WMA® playback, and new Radio Data System (RDS) function.
- All trim levels have MP3 capability and an auxiliary audio input jack.
- All trim levels have steering wheel audio controls.
- XM Satellite Radio is standard on all leather-equipped (EX-L and V-6) models.
- All trim levels have speed-sensitive volume control (SVC).
- Available power moon roof - Incorporates one-touch open/close operation.
- Eight way power driver's seat - Standard in EX and above models.
- Power driver's lumbar - Standard in EX and above models.
- 4-way power passenger's seat - Standard in Sedan EX V-6.
- Driver and front passenger auto up/down window controls - Standard in Sedan LX-P and above models; and all coupe models.
- Auto-dimming mirror - Standard in EX-L and all V-6 models.
- Active Noise Control (ANC) - A new version of this technology is standard in V-6 automatic models and 200-hp four-cylinder models.
Wednesday, April 30, 2008
Milestones in Photography
Milestones in Photography
Centuries of advances in chemistry and optics, including the invention of the camera obscura, set the stage for the world's first photograph. In 1826, French scientist Joseph Nicéphore Niépce, took that photograph, titled View from the Window at Le Gras at his family's country home. Niépce produced his photo—a view of a courtyard and outbuildings seen from the house's upstairs window—by exposing a bitumen-coated plate in a camera obscura for several hours on his windowsill.
Photograph by Nicéphore Niépce
Best known for his development of electromagnetic theory, Scottish physicist James Clerk Maxwell dabbled in color theory throughout his life, eventually producing the first color photograph in 1861. Maxwell created the image of the tartan ribbon shown here by photographing it three times through red, blue, and yellow filters, then recombining the images into one color composite.
Photograph by James Clerk Maxwell
The settling of a debate—whether, during its trot, all four of a horse's hooves are off the ground at the same time—led English photographer Eadweard Muybridge to develop the first photographs to capture the sequence of movement. In 1878, Muybridge arranged 24 trip-wire cameras along a racetrack. The resulting photos, The Horse in Motion, proved all four hooves leave the ground during a trot and set the stage for the first motion pictures.
Photograph by Eadweard Muybridge
An unknown photographer inspired legions of tornado-chasers when he captured the earliest known photograph of a tornado. The black-and-white image was taken on August 28, 1884, about 22 miles (45 kilometers) southwest of Howard, South Dakota.
Photograph courtesy NOAA
Some of the world's first aerial photographs were taken not by humans but by birds. In 1903, German engineer Julius Neubronner combined an analog camera and timer, which he attached to a pigeon's neck. The German military took notice of Neubronner's innovative approach to aerial photography, and by World War II pigeons were collecting secret aerial photography for both Allied and Axis forces.
Photograph from Deutsches Museum, Munich
This flashlight photograph of a white-tailed doe with her fawns was among the world's first nighttime photographs of animals, shot by photographer and wildlife enthusiast George Shiras. A pioneer in flashlight and trip-wire photography, Shiras captured this shot in Whitefish River, Michigan, around 1906 using a remote-control flashlight camera triggered when an animal stepped on the trip wire.
Photograph by George Shiras
In April 1909, Admiral Robert Peary and his team (pictured here), including Inuits Ooqeah, Ooatah, Egingwah, and Seeglo and fellow American Matthew Henson, became the first explorers to reach what they believed to be the North Pole. Later studies found that Peary was actually 30 to 60 miles (50 to 100 kilometers) short of the Pole.
Photograph by Admiral Robert E. Peary
Underwater color photography was born with this shot of a hogfish, photographed off the Florida Keys in the Gulf of Mexico by Dr. William Longley and National Geographic staff photographer Charles Martin in 1926. Equipped with cameras encased in waterproof housing and pounds of highly explosive magnesium flash powder for underwater illumination, the pair pioneered underwater photography.
Photograph by Charles Martin & W.H. Longley
In 1912 Yale University professor and explorer Hiram Bingham was searching in the Peruvian Andes for the ancient Inca capital of Vilcabamba when he and his guide stumbled onto one of the greatest archaeological finds in history. Thanks to his photographs of the lost city of Machu Picchu, Bingham and National Geographic helped bring archaeology out of the field and into people's homes.
Photograph by Hiram Bingham
When he wandered into an Afghan refugee camp in Pakistan in December 1984, National Geographic photographer Steve McCurry captured one of the most famous portraits the world had ever seen. The Afghan girl with the haunting green eyes captivated everyone. That captivation proved, once again, the power of photography to open eyes—and hearts and minds—with a single image.
Photograph by Steve McCurry
Centuries of advances in chemistry and optics, including the invention of the camera obscura, set the stage for the world's first photograph. In 1826, French scientist Joseph Nicéphore Niépce, took that photograph, titled View from the Window at Le Gras at his family's country home. Niépce produced his photo—a view of a courtyard and outbuildings seen from the house's upstairs window—by exposing a bitumen-coated plate in a camera obscura for several hours on his windowsill.
Photograph by Nicéphore Niépce
Best known for his development of electromagnetic theory, Scottish physicist James Clerk Maxwell dabbled in color theory throughout his life, eventually producing the first color photograph in 1861. Maxwell created the image of the tartan ribbon shown here by photographing it three times through red, blue, and yellow filters, then recombining the images into one color composite.
Photograph by James Clerk Maxwell
The settling of a debate—whether, during its trot, all four of a horse's hooves are off the ground at the same time—led English photographer Eadweard Muybridge to develop the first photographs to capture the sequence of movement. In 1878, Muybridge arranged 24 trip-wire cameras along a racetrack. The resulting photos, The Horse in Motion, proved all four hooves leave the ground during a trot and set the stage for the first motion pictures.
Photograph by Eadweard Muybridge
An unknown photographer inspired legions of tornado-chasers when he captured the earliest known photograph of a tornado. The black-and-white image was taken on August 28, 1884, about 22 miles (45 kilometers) southwest of Howard, South Dakota.
Photograph courtesy NOAA
Some of the world's first aerial photographs were taken not by humans but by birds. In 1903, German engineer Julius Neubronner combined an analog camera and timer, which he attached to a pigeon's neck. The German military took notice of Neubronner's innovative approach to aerial photography, and by World War II pigeons were collecting secret aerial photography for both Allied and Axis forces.
Photograph from Deutsches Museum, Munich
This flashlight photograph of a white-tailed doe with her fawns was among the world's first nighttime photographs of animals, shot by photographer and wildlife enthusiast George Shiras. A pioneer in flashlight and trip-wire photography, Shiras captured this shot in Whitefish River, Michigan, around 1906 using a remote-control flashlight camera triggered when an animal stepped on the trip wire.
Photograph by George Shiras
In April 1909, Admiral Robert Peary and his team (pictured here), including Inuits Ooqeah, Ooatah, Egingwah, and Seeglo and fellow American Matthew Henson, became the first explorers to reach what they believed to be the North Pole. Later studies found that Peary was actually 30 to 60 miles (50 to 100 kilometers) short of the Pole.
Photograph by Admiral Robert E. Peary
Underwater color photography was born with this shot of a hogfish, photographed off the Florida Keys in the Gulf of Mexico by Dr. William Longley and National Geographic staff photographer Charles Martin in 1926. Equipped with cameras encased in waterproof housing and pounds of highly explosive magnesium flash powder for underwater illumination, the pair pioneered underwater photography.
Photograph by Charles Martin & W.H. Longley
In 1912 Yale University professor and explorer Hiram Bingham was searching in the Peruvian Andes for the ancient Inca capital of Vilcabamba when he and his guide stumbled onto one of the greatest archaeological finds in history. Thanks to his photographs of the lost city of Machu Picchu, Bingham and National Geographic helped bring archaeology out of the field and into people's homes.
Photograph by Hiram Bingham
When he wandered into an Afghan refugee camp in Pakistan in December 1984, National Geographic photographer Steve McCurry captured one of the most famous portraits the world had ever seen. The Afghan girl with the haunting green eyes captivated everyone. That captivation proved, once again, the power of photography to open eyes—and hearts and minds—with a single image.
Photograph by Steve McCurry
Subscribe to:
Posts (Atom)