Monday, 5 January 2015
FUNNY CHIMPANZEE GUN SHOT
Sunday, 4 January 2015
MONKEY DRIVE BIKE SMARTLY
MONKEY !!! MotoGP Marc Marquez New Team Mate! can even rival Valentino Rossi skills in Mugello 2014
COCONUT CUTTING ART IN INDIA
CHILD BEGGAR HAVE FANTACTIC DRAWING TALENT
This child draw three god (HANUMAN,GANEPATHY,SHIVA)with in one minute.fantastic talent.he draw the god in the Railway platform.
FUNNY THING WITH MAGICIAN
Comedian, Magician and Ventriloquist, ANDY GROSS does an amazing hilarious magic trick / scare / prank. He actually cuts himself in half and scares people with his famous, "SPLIT MAN" illusion. Watch as Andy Gross is cut in half and walks around the streets like this scaring people with this very fun magic illusion.
Andy Gross is the star of the touring comedy magic show, "MindBoggling" It tours performing arts theatres, Las Vegas and venues everywhere. Here is a clip of him doing his splitman, (Split Man" magic illusion. Andy performs over 150 shows a year in comedy clubs, at corporate events and theatres everywhere.
Saturday, 3 January 2015
Friday, 2 January 2015
MICROSOFT DEVELOP NEW BROWSER "SPARTAN"
Bad News for Internet Explorer fans, if any! Microsoft's almost 20 years old Web browser with a big blue E sign might soon be a thing of the past.
With the arrival of Windows 10,
probably by next fall, Microsoft could come up with its brand new
browser that’s more similar to Mozilla's Firefox and Google's Chrome,
but less like Internet Explorer (IE), according to a recent report published by ZDNet.
"Ok so Microsoft is about to launch a new browser that's not Internet
Explorer and will be the default browser in Windows 10," tweeted Thomas
Nigro, a Microsoft Student Partner lead and developer of the modern
version of VLC.
The browser, codenamed "Spartan," is a "light-weight"
browser with extension support, and multiple sources confirm that this
new browser isn't IE12. Instead, Spartan is an entirely new browser that
will use Microsoft's Chakra JavaScript engine and Trident rendering
engine (as opposed to WebKit). But Internet Explorer isn't going away completely.
According to ZDNet's Mary Jo Foley, Windows 10
will ship with both Internet Explorer 11 and Spartan, though the former
is expected to stick around for backwards compatibility only. The new
browser will be available for both desktop and mobile devices running
Windows 10.
So far it’s unclear whether Spartan will be portable on non-Windows
systems, such as Android, iOS, or OS X, but if it is actually imitating
Chrome and Firefox, two of the most popular browsers out there, the idea
isn't too crazy. The new browser is currently under development.
However, if this new browser doesn't use Webkit, it will not likely be
accepted into Apple's App store, because Apple requires all "apps that browse the web must use the iOS WebKit framework and WebKit Javascript" according to its app store review guidelines.
What Microsoft will call the new browser is also a mystery at this
point, as 'Spartan' is just a codename for the project, and there's no
revelations on what it might be called by the company.
Microsoft hasn’t provided any details about it but the company is
hosting a press event on Jan. 21 in the company's hometown of Redmond,
Washington, where it is expected to provide more details about the
consumer version of Windows 10, so perhaps we will know some more about
Spartan then.
Monday, 29 December 2014
WIRELESS FREE ENERGY LIGHT
An inductor (or coil...that's the wound copper part) stores energy in
the form of a magnetic field as current flows through it. A capacitor
(the plastic cylindrical part of the fixture) stores energy in the form
of charge. When these are sized and connected in the right way, the
energy oscillates back and forth between the two until it dissipates
[assuming the system is not attached to a seat of EMF, i.e.-a constant
voltage source]. They are two basic components of a timing circuit. The
resistor, in this case the bulb's filament, completes the circuit.They are simply charging the system with the stripped wires, and getting enough stored energy for 4 or 5 seconds of lighting power. Notice none of the shots of the lit bulb last more than a few seconds? They just strung together a few sequences of the lit bulb, and edited out the charging.
BTW, please don't try this at home. That's a live 110V AC wire they are using to charge the system, which is not very safe. AC current is more lethal than DC, and it only takes a few milliamps to stop your heart. A 110V AC outlet can provide 15 or 20 amps before blowing a fuse or tripping a circuit breaker, which can be LETHAL depending where it enters and exits the body.
HOW MADE PAPER FROM TREE
Wood
(pun intended!) you believe paper is made from trees? It’s true! Let’s
take a look at how trees are turned into all sorts of paper.
If you look at a tree, you might have a hard time imagining how something so tall and strong could be turned into something as thin and weak as a sheet of paper. The process begins with the raw wood, which is made up of fibers called “cellulose.”
The cellulose fibers are stuck together with a natural glue called “lignin.” When the lignin is removed and the cellulose fibers are separated and reorganized, paper can be made.
It’s also possible to make paper from a variety of other types of plant fibers, such as cotton, flax, bamboo and hemp. For example, cotton fibers are often used to make the paper that money is printed on. The overwhelming majority (about 95 percent) of the raw material used to make paper, though, comes from trees.
To make paper from trees, the raw wood must first be turned into “pulp.” Wood pulp is a watery “soup” of cellulose wood fibers, lignin, water and the chemicals used during the pulping process.
Wood can be turned to pulp in a couple of different ways. Mechanical pulping involves using machines to grind wood chips into pulp.
The resulting pulp retains most of its lignin, though. The short fibers created by grinding leads to weak paper most suitable for newsprint, phone books or other types of low-strength papers.
The more commonly used method is chemical pulping, also known as “kraft.” Chemicals are used to separate lignin from the cellulose fibers, leaving a pulp mixture that can make stronger papers.
Depending on what type of paper is desired, the pulp mixture might need to be bleached to create whiter paper. Papermakers use a variety of chemicals to bleach pulp to the color they want.
Once the pulp is ready, it is then used to make paper in a process that is quite similar (in the basics) to the process first used by the ancient Chinese more than 1,900 years ago. Because the pulp mixture is so watery (sometimes as much as 99 percent water!), the cellulose fibers need to be separated from the watery mixture.
Huge machines spray the pulp mixture onto moving mesh screens to make a layered mat. The mat of pulp then goes through several processes to remove water and dry it out.
Finally, the mat is run through heated rollers to squeeze out any remaining water and compress it into one continuous roll of paper that can be up to 30 feet wide.
When the paper has the desired thickness, it may be colored or coated with special chemicals to give it a special texture, extra strength or water resistance. As a last step, the paper rolls are cut to size and packaged for shipping to other facilities for additional processing to turn it into all sorts of specialized papers.
- See more at: http://wonderopolis.org/wonder/how-do-you-make-paper-from-a-tree/#sthash.flKWlMj0.dpuf
If you look at a tree, you might have a hard time imagining how something so tall and strong could be turned into something as thin and weak as a sheet of paper. The process begins with the raw wood, which is made up of fibers called “cellulose.”
The cellulose fibers are stuck together with a natural glue called “lignin.” When the lignin is removed and the cellulose fibers are separated and reorganized, paper can be made.
It’s also possible to make paper from a variety of other types of plant fibers, such as cotton, flax, bamboo and hemp. For example, cotton fibers are often used to make the paper that money is printed on. The overwhelming majority (about 95 percent) of the raw material used to make paper, though, comes from trees.
To make paper from trees, the raw wood must first be turned into “pulp.” Wood pulp is a watery “soup” of cellulose wood fibers, lignin, water and the chemicals used during the pulping process.
Wood can be turned to pulp in a couple of different ways. Mechanical pulping involves using machines to grind wood chips into pulp.
The resulting pulp retains most of its lignin, though. The short fibers created by grinding leads to weak paper most suitable for newsprint, phone books or other types of low-strength papers.
The more commonly used method is chemical pulping, also known as “kraft.” Chemicals are used to separate lignin from the cellulose fibers, leaving a pulp mixture that can make stronger papers.
Depending on what type of paper is desired, the pulp mixture might need to be bleached to create whiter paper. Papermakers use a variety of chemicals to bleach pulp to the color they want.
Once the pulp is ready, it is then used to make paper in a process that is quite similar (in the basics) to the process first used by the ancient Chinese more than 1,900 years ago. Because the pulp mixture is so watery (sometimes as much as 99 percent water!), the cellulose fibers need to be separated from the watery mixture.
Huge machines spray the pulp mixture onto moving mesh screens to make a layered mat. The mat of pulp then goes through several processes to remove water and dry it out.
Finally, the mat is run through heated rollers to squeeze out any remaining water and compress it into one continuous roll of paper that can be up to 30 feet wide.
When the paper has the desired thickness, it may be colored or coated with special chemicals to give it a special texture, extra strength or water resistance. As a last step, the paper rolls are cut to size and packaged for shipping to other facilities for additional processing to turn it into all sorts of specialized papers.
- See more at: http://wonderopolis.org/wonder/how-do-you-make-paper-from-a-tree/#sthash.flKWlMj0.dpuf
Paper Process
Paper is made from one of Earth's greatest renewable resources-trees.
We use two raw materials to create our newsprint and publishing papers:
wood chips and recycled newspapers and magazines. Residual wood chips,
which remain after sawmills have optimized the cutting of logs into
lumber, are sent to our Longview.
Thermo Mechanical Pulp
The wood chips undergo a modern process called thermo mechanical pulping, which creates a high-yield pulp that is 100 percent more efficient than pulp derived from the conventional kraft process. This method softens the chips with steam and separates them into fibers using two large counter-rotating disks.Recycled Paper
Recycled newspapers and magazines are sorted in a large rotating drum to remove any plastic, glass, and metal. Water is added and the material becomes pulp slurry. To remove old ink, the pulp slurry is put in a state-of-the-art flotation tank and tiny air bubbles are injected. The ink particles float to the surface and are skimmed off. The pulp is then washed and the water is squeezed off before hydrogen peroxide is added to make the pulp whiter.Producing Paper
Pulp slurry is still 99 percent water. To create paper, the slurry is sprayed onto large moving screens that form a continuous sheet and moisture is removed using presses and steam dryers, reducing the water content to about 8 percent. At this point, the material looks and feels like the paper you expect. It is then wound on a reel and transferred to an overhead crane, which takes it to a winder. The paper is rewound onto smaller rolls and cut into specified widths for each customer. After being wrapped and labeled with customer information, the paper is ready to ship to publishers and printers throughout North America, Japan, and the rest of the world.Distribution
NORPAC paper is a sound environmental choice. It comes from a natural, renewable resource and is recycled and reused time after time. In fact, you could receive some of the same wood fiber in your daily newspaper as many as 10 times.
Wood
(pun intended!) you believe paper is made from trees? It’s true! Let’s
take a look at how trees are turned into all sorts of paper.
If you look at a tree, you might have a hard time imagining how something so tall and strong could be turned into something as thin and weak as a sheet of paper. The process begins with the raw wood, which is made up of fibers called “cellulose.”
The cellulose fibers are stuck together with a natural glue called “lignin.” When the lignin is removed and the cellulose fibers are separated and reorganized, paper can be made.
It’s also possible to make paper from a variety of other types of plant fibers, such as cotton, flax, bamboo and hemp. For example, cotton fibers are often used to make the paper that money is printed on. The overwhelming majority (about 95 percent) of the raw material used to make paper, though, comes from trees.
To make paper from trees, the raw wood must first be turned into “pulp.” Wood pulp is a watery “soup” of cellulose wood fibers, lignin, water and the chemicals used during the pulping process.
Wood can be turned to pulp in a couple of different ways. Mechanical pulping involves using machines to grind wood chips into pulp.
The resulting pulp retains most of its lignin, though. The short fibers created by grinding leads to weak paper most suitable for newsprint, phone books or other types of low-strength papers.
The more commonly used method is chemical pulping, also known as “kraft.” Chemicals are used to separate lignin from the cellulose fibers, leaving a pulp mixture that can make stronger papers.
Depending on what type of paper is desired, the pulp mixture might need to be bleached to create whiter paper. Papermakers use a variety of chemicals to bleach pulp to the color they want.
Once the pulp is ready, it is then used to make paper in a process that is quite similar (in the basics) to the process first used by the ancient Chinese more than 1,900 years ago. Because the pulp mixture is so watery (sometimes as much as 99 percent water!), the cellulose fibers need to be separated from the watery mixture.
Huge machines spray the pulp mixture onto moving mesh screens to make a layered mat. The mat of pulp then goes through several processes to remove water and dry it out.
Finally, the mat is run through heated rollers to squeeze out any remaining water and compress it into one continuous roll of paper that can be up to 30 feet wide.
When the paper has the desired thickness, it may be colored or coated with special chemicals to give it a special texture, extra strength or water resistance. As a last step, the paper rolls are cut to size and packaged for shipping to other facilities for additional processing to turn it into all sorts of specialized papers
- See more at: http://wonderopolis.org/wonder/how-do-you-make-paper-from-a-tree/#sthash.flKWlMj0.dpuf
If you look at a tree, you might have a hard time imagining how something so tall and strong could be turned into something as thin and weak as a sheet of paper. The process begins with the raw wood, which is made up of fibers called “cellulose.”
The cellulose fibers are stuck together with a natural glue called “lignin.” When the lignin is removed and the cellulose fibers are separated and reorganized, paper can be made.
It’s also possible to make paper from a variety of other types of plant fibers, such as cotton, flax, bamboo and hemp. For example, cotton fibers are often used to make the paper that money is printed on. The overwhelming majority (about 95 percent) of the raw material used to make paper, though, comes from trees.
To make paper from trees, the raw wood must first be turned into “pulp.” Wood pulp is a watery “soup” of cellulose wood fibers, lignin, water and the chemicals used during the pulping process.
Wood can be turned to pulp in a couple of different ways. Mechanical pulping involves using machines to grind wood chips into pulp.
The resulting pulp retains most of its lignin, though. The short fibers created by grinding leads to weak paper most suitable for newsprint, phone books or other types of low-strength papers.
The more commonly used method is chemical pulping, also known as “kraft.” Chemicals are used to separate lignin from the cellulose fibers, leaving a pulp mixture that can make stronger papers.
Depending on what type of paper is desired, the pulp mixture might need to be bleached to create whiter paper. Papermakers use a variety of chemicals to bleach pulp to the color they want.
Once the pulp is ready, it is then used to make paper in a process that is quite similar (in the basics) to the process first used by the ancient Chinese more than 1,900 years ago. Because the pulp mixture is so watery (sometimes as much as 99 percent water!), the cellulose fibers need to be separated from the watery mixture.
Huge machines spray the pulp mixture onto moving mesh screens to make a layered mat. The mat of pulp then goes through several processes to remove water and dry it out.
Finally, the mat is run through heated rollers to squeeze out any remaining water and compress it into one continuous roll of paper that can be up to 30 feet wide.
When the paper has the desired thickness, it may be colored or coated with special chemicals to give it a special texture, extra strength or water resistance. As a last step, the paper rolls are cut to size and packaged for shipping to other facilities for additional processing to turn it into all sorts of specialized papers
- See more at: http://wonderopolis.org/wonder/how-do-you-make-paper-from-a-tree/#sthash.flKWlMj0.dpuf
Wood
(pun intended!) you believe paper is made from trees? It’s true! Let’s
take a look at how trees are turned into all sorts of paper.
If you look at a tree, you might have a hard time imagining how something so tall and strong could be turned into something as thin and weak as a sheet of paper. The process begins with the raw wood, which is made up of fibers called “cellulose.”
The cellulose fibers are stuck together with a natural glue called “lignin.” When the lignin is removed and the cellulose fibers are separated and reorganized, paper can be made.
It’s also possible to make paper from a variety of other types of plant fibers, such as cotton, flax, bamboo and hemp. For example, cotton fibers are often used to make the paper that money is printed on. The overwhelming majority (about 95 percent) of the raw material used to make paper, though, comes from trees.
To make paper from trees, the raw wood must first be turned into “pulp.” Wood pulp is a watery “soup” of cellulose wood fibers, lignin, water and the chemicals used during the pulping process.
Wood can be turned to pulp in a couple of different ways. Mechanical pulping involves using machines to grind wood chips into pulp.
The resulting pulp retains most of its lignin, though. The short fibers created by grinding leads to weak paper most suitable for newsprint, phone books or other types of low-strength papers.
The more commonly used method is chemical pulping, also known as “kraft.” Chemicals are used to separate lignin from the cellulose fibers, leaving a pulp mixture that can make stronger papers.
Depending on what type of paper is desired, the pulp mixture might need to be bleached to create whiter paper. Papermakers use a variety of chemicals to bleach pulp to the color they want.
Once the pulp is ready, it is then used to make paper in a process that is quite similar (in the basics) to the process first used by the ancient Chinese more than 1,900 years ago. Because the pulp mixture is so watery (sometimes as much as 99 percent water!), the cellulose fibers need to be separated from the watery mixture.
Huge machines spray the pulp mixture onto moving mesh screens to make a layered mat. The mat of pulp then goes through several processes to remove water and dry it out.
Finally, the mat is run through heated rollers to squeeze out any remaining water and compress it into one continuous roll of paper that can be up to 30 feet wide.
When the paper has the desired thickness, it may be colored or coated with special chemicals to give it a special texture, extra strength or water resistance. As a last step, the paper rolls are cut to size and packaged for shipping to other facilities for additional processing to turn it into all sorts of specialized papers.
- See more at: http://wonderopolis.org/wonder/how-do-you-make-paper-from-a-tree/#sthash.flKWlMj0.dpuf
If you look at a tree, you might have a hard time imagining how something so tall and strong could be turned into something as thin and weak as a sheet of paper. The process begins with the raw wood, which is made up of fibers called “cellulose.”
The cellulose fibers are stuck together with a natural glue called “lignin.” When the lignin is removed and the cellulose fibers are separated and reorganized, paper can be made.
It’s also possible to make paper from a variety of other types of plant fibers, such as cotton, flax, bamboo and hemp. For example, cotton fibers are often used to make the paper that money is printed on. The overwhelming majority (about 95 percent) of the raw material used to make paper, though, comes from trees.
To make paper from trees, the raw wood must first be turned into “pulp.” Wood pulp is a watery “soup” of cellulose wood fibers, lignin, water and the chemicals used during the pulping process.
Wood can be turned to pulp in a couple of different ways. Mechanical pulping involves using machines to grind wood chips into pulp.
The resulting pulp retains most of its lignin, though. The short fibers created by grinding leads to weak paper most suitable for newsprint, phone books or other types of low-strength papers.
The more commonly used method is chemical pulping, also known as “kraft.” Chemicals are used to separate lignin from the cellulose fibers, leaving a pulp mixture that can make stronger papers.
Depending on what type of paper is desired, the pulp mixture might need to be bleached to create whiter paper. Papermakers use a variety of chemicals to bleach pulp to the color they want.
Once the pulp is ready, it is then used to make paper in a process that is quite similar (in the basics) to the process first used by the ancient Chinese more than 1,900 years ago. Because the pulp mixture is so watery (sometimes as much as 99 percent water!), the cellulose fibers need to be separated from the watery mixture.
Huge machines spray the pulp mixture onto moving mesh screens to make a layered mat. The mat of pulp then goes through several processes to remove water and dry it out.
Finally, the mat is run through heated rollers to squeeze out any remaining water and compress it into one continuous roll of paper that can be up to 30 feet wide.
When the paper has the desired thickness, it may be colored or coated with special chemicals to give it a special texture, extra strength or water resistance. As a last step, the paper rolls are cut to size and packaged for shipping to other facilities for additional processing to turn it into all sorts of specialized papers.
- See more at: http://wonderopolis.org/wonder/how-do-you-make-paper-from-a-tree/#sthash.flKWlMj0.dpuf
Saturday, 27 December 2014
ISSAK TAARI HD VIDEO SONG (MERSALAYITTEN)
The
promo song of 'Issak Taari' from most awaited flick 'I' has been
unveiled Today, Vikram appears as a crazy youngster who is madly in love
with Amy Jackson in this song. Amy Jackson steals the show with her
makeover and smoking hot avatar.
No Southern Director is capable of using VFX better than Shankar. Any one who has seen the promo song of 'Issak Taari' will have no objection what-so-ever to this statement.
On a whole, 'Issak Taari' is very unique and makes the film lovers crave for more. Enjoy the visual feast on Festival Day!
- See more at: http://www.aptoday.com/movienews/vikrams-i-issak-taari-promo-song/5821/#sthash.UU4FbeCd.dpuf
No Southern Director is capable of using VFX better than Shankar. Any one who has seen the promo song of 'Issak Taari' will have no objection what-so-ever to this statement.
On a whole, 'Issak Taari' is very unique and makes the film lovers crave for more. Enjoy the visual feast on Festival Day!
- See more at: http://www.aptoday.com/movienews/vikrams-i-issak-taari-promo-song/5821/#sthash.UU4FbeCd.dpuf
The
promo song of 'Issak Taari' from most awaited flick 'I' has been
unveiled Today, Vikram appears as a crazy youngster who is madly in love
with Amy Jackson in this song. Amy Jackson steals the show with her
makeover and smoking hot avatar.
No Southern Director is capable of using VFX better than Shankar. Any one who has seen the promo song of 'Issak Taari' will have no objection what-so-ever to this statement.
On a whole, 'Issak Taari' is very unique and makes the film lovers crave for more. Enjoy the visual feast on Festival Day!
- See more at: http://www.aptoday.com/movienews/vikrams-i-issak-taari-promo-song/5821/#sthash.UU4FbeCd.dpuf
No Southern Director is capable of using VFX better than Shankar. Any one who has seen the promo song of 'Issak Taari' will have no objection what-so-ever to this statement.
On a whole, 'Issak Taari' is very unique and makes the film lovers crave for more. Enjoy the visual feast on Festival Day!
- See more at: http://www.aptoday.com/movienews/vikrams-i-issak-taari-promo-song/5821/#sthash.UU4FbeCd.dpuf
The
promo song of 'Issak Taari' from most awaited flick 'I' has been
unveiled Today, Vikram appears as a crazy youngster who is madly in love
with Amy Jackson in this song. Amy Jackson steals the show with her
makeover and smoking hot avatar.
No Southern Director is capable of using VFX better than Shankar. Any one who has seen the promo song of 'Issak Taari' will have no objection what-so-ever to this statement.
On a whole, 'Issak Taari' is very unique and makes the film lovers crave for more. Enjoy the visual feast on Festival Day!
- See more at: http://www.aptoday.com/movienews/vikrams-i-issak-taari-promo-song/5821/#sthash.UU4FbeCd.dpuf
'I' am the most awaited song from the biggest film this year ! No Southern Director is capable of using VFX better than Shankar. Any one who has seen the promo song of 'Issak Taari' will have no objection what-so-ever to this statement.
On a whole, 'Issak Taari' is very unique and makes the film lovers crave for more. Enjoy the visual feast on Festival Day!
- See more at: http://www.aptoday.com/movienews/vikrams-i-issak-taari-promo-song/5821/#sthash.UU4FbeCd.dpuf
Watch 'Issak Taari' from Aascar Films "I" in HINDI starring Chiyaan Vikram and Amy Jackson in the lead roles. Movie produced by V. Ravichandran and directed by Shankar.
SONG: ISSAK TAARI
SINGER: NAKASH AZIZ, NEETI MOHAN
MUSIC: A.R. RAHMAN
LYRICS: IRSHAD KAMIL
MOVIE: I
MUSIC LABEL: T-SERIES
YOU CAN CRY AFTER WATCH THIS MOTIVATIONAL VIDEO
People have their own opinions. Some just dislike if they see no
dislikes. Some are dull minded, and don't quite understand the good in
the world. Some people were probably personally attacked in some way
(the immature), probably thinking ,"Do I not try hard enough?!", and get
easily offended. Some simply just don't care. Some understand what
comes out of not giving up, how it helps you, or the others around you.
Those people are usually bright and optimistic, knowing what the reality
of the world is, whether good or bad. Just like I said before, people
have their own opinions, but what it all comes down to is whether you're
dull or bright in understanding the reality of "not giving up" in YOUR
heart!
When you don't give up..You cannot fail!!
I want to say a BIG thank you to 'everyone' who has commented on the inspiration that they've received from this video. When I put this video together I was following my heart to inspire 'Whoever' might be discouraged to... "Not Give Up!"
However, I have received the most from this posting, I have been so blessed from the countless strangers who have directly (or indirectly) motivated me to continue forward.
Life has a strange way of holding us up in our time of need. I did not know when I posted this video that 'exactly a year to the day' later my daughter would die in a tragic car accident.
May we all spread the message of hope
"Don't Give Up"!
When you don't give up..You cannot fail!!
I want to say a BIG thank you to 'everyone' who has commented on the inspiration that they've received from this video. When I put this video together I was following my heart to inspire 'Whoever' might be discouraged to... "Not Give Up!"
However, I have received the most from this posting, I have been so blessed from the countless strangers who have directly (or indirectly) motivated me to continue forward.
Life has a strange way of holding us up in our time of need. I did not know when I posted this video that 'exactly a year to the day' later my daughter would die in a tragic car accident.
May we all spread the message of hope
"Don't Give Up"!
Police Officer Hot Dance With Bar Girls
Police sub inspector dance with bar girl in the birthday party in Gujarat.This is stupid in the police department.
Wednesday, 24 December 2014
JEWEL THEFT FROM LADY IN KNIFE EDGE IN PUBLIC
A theif attack the lady from two wheeler and take the medium size of knife threat that lady.He told that lady give the gold jewel.That lady afraid and crying.she give all the jewel neckale bangle.theif then go with another theif on bike.BUT NO ONE HELP THAT LADY.
HUMAN BEING ARE AFRAID FOR SMALL KNIFE
HOW WE CHANGE THISPLEASE COMMENT
TRUE LOVE OF HOMELESS MAN (HANDS OFF)
Thomas Story
As you have seen from the video, Thomas quit his job to spend
time take care of his sick parents. Unfortunately, he lost both of his
parents in the last couple months due to cancer and kidney failure.
Additionally, he lost his parents' condo and found himself jobless and
homeless on the street. Although he has nothing at this point of life,
he still managed to help others when he received something.AR Rahman Son SING song in Next Manirathanam Movie
In next Mani Rathanam Movie AR Rahman Son sing a song.this information given by AR Rahman in press meet and new channel named ad NEWS 7 TAMIL CHANNEL Logo music done by AR.
Avatharithar - Best Tamil Christmas Song
The Greatest Christmas Track Of The Year
Song : Avatharithar
Lyric,Tune, Music & Sung By : David Clinton
Camera : Sundar & Team
Edit : Bala
Studio Creative Waves
Production : BORN AGAIN
Sunday, 21 December 2014
Irudhi Suttru |Tamil Movie | Official Teaser | Madhavan | Sudha | Santho...
Watch Irudhi Suttru Tamil Movie Official Teaser | Trailer Here !. Irudhi Suttru is an upcoming bilingual sports drama film. Iruthi Sutru Tamil Movie stars R. Madhavan in the lead role as a boxing coach. Irudhi Suttru will have Ritika Singh and Mumtaz Sorcar in the female lead roles. Irudhi Suttru Tamil Movie also stars Radharavi and Nassar in supporting roles. Irudhi Suttru Songs are composed by Santhosh Narayanan who previously worked in some superhit movies like Naduvula Konjam Pakkatha Kaanum and Madras. Irudhi Suttru is the comeback of R.Madhavan to Tamil Films after a brief sabbatical since Vettai.
Irudhi Suttru Tamil Movie aka Iruthi Sutru Tamil Movie Teaser is remade in Hindi as Saala Khadoos, Official Trailer of Saala Khadoos also released on the same day of Tamil Teaser Release ,
Written & Directed by Sudha Kongara
Produced by: S. Sashikanth & C.V. Kumar
Production Company: Y Not Studios & Thirukumaran Entertainment
Music: Santhosh Narayanan
DOP: Sivakumar Vijayan
Starring: R. Madhavan, Ritika Singh, Mumtaz Sorcar, Nassar, Radharavi, Kaali Venkat, Zakir Hussain.
Saturday, 20 December 2014
'I' - Official Teaser | Aascar Films | V.Ravichandran | Vikram, Shankar ...
Watch the scintillating teaser of Shankar's I starring Chiyaan Vikram, With music by A R Rahman, the audio launch saw the “Terminator” Arnold Schwarzenegger gracing the occasion in Chennai, making it the grandest audio launch in Kollywood.
Movie - I
Director - Shankar
Producer - V. Ravichandran
Starring - Vikram, Amy Jackson
Music - A. R. Rahman
Cinematography - P. C. Sreeram
Editor - Anthony
Banner - Aascar Film (P) Ltd.
Music Label - Sony Music Entertainment India Pvt. Ltd.
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