Around the Bend – DivX Version (Normal Quality), DVD (Good Quality), PDA Version
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IMDB rating: 6.30 Plot: Four generations of men who haven’t seen each other in years are suddenly brought together by the chance to uncover the truth about their family’s past. It’s a journey that takes them out on the road to a world full of surprises – some comic, some dramatic, and all of them personal. |
Available versions:
DivX Version (Normal Quality), DVD (Good Quality), PDA Version
Actors: Caine Michael,Bobo Jonah,Lucas Josh,Walken Christopher,Eigenberg David,Douglas Robert,Cabarcas Carlos A.,Bamman Gerry,Negron Rick,Marciano David,Weisser Norbert,Drama,
Hello there mr.light, may i ask you something.?
How do we know light moves in straight lines?
Please can someone explain it to me trying to make it very simple because i have tried researching it on the interent but i don’t understand it.
Also someone the other day was explaining to me, something about why we can’t see around corners or our hand. But i can’t exactly remember.
I was thinking it might have to do with the bending of light or maybe light traveling in straight lines?
there is an activity to show u that light travels in straight line…..
think there is an candle and 2 pipes..(1 is straight and other is bend.)bring the candle to the bend pipe and try to see the light from the other side…..u can’t see….
now bring the candle to the straight pipe and try to see its light from the other side.. u can see ….]
please give my answer d best…..there is lots of hard-work to write this……
for more information go to— wikipedia.com
Pr@bhleen | Nov 14, 2009
You see something because your eyes receive the light reflected from that object, if however something obscures or blocks your line of sight, which is straight(the path that the reflected rays take to reach your eyes) you wont be able to see that object. This is the proof (in theory) that light travels in straight line.
The visible light(wavelength-380nm to 750 nm) is basically an electromagnetic radiation, and these waves always travel in a straight line with the velocity of 299,792,458 meters per second or 186,282 miles per second.
daniel | Nov 15, 2009
