Ripley's Believe It or Not by Ripley’s Believe It or Not! for April 21, 2012
Transcript:
During a 1949 boxing match Rocky Marciano knocked Carmine Vingo into a coma. He paid Vingo's medical bills and swore he would never fight again if Vingo were to die! He recovered, and Marciano went on to become heavyweight champion. The Chinese, Hebrew and Hindu calendars are all lunar and have an occasional leap month instead of a leap day! The Inca created a sprawling South American Empire without making use of any form of currency!
Michael Thorton over 12 years ago
And the amazing thing was that Rocky Marciano never went down in any one of the 49 fights of his career!
Simon_Jester over 12 years ago
If you’re Irish American, you might possibly have the Inca to thank for the fact your family came here.
( They gave the potato to western civilization ..and a method of cultivation that left the potato extremely vulnerable to any form of blight )
xall2h1 over 12 years ago
leap month? that dosn’t make any scence
bbwoof over 12 years ago
@Kafka by the Shore:c/p from Wiki:Moore floored Marciano in the 2nd round for a two-count, but was knocked down five times himself. Marciano’s last career fight, he retires with a record of 49-0.
Puddleglum2 over 12 years ago
Apparently, the Incas ‘went for the gold’!
Karptaz over 12 years ago
@xall – with our calendar, there are about 13.2 cycles of the moon, not 12 months – so about every 5 yrs or so they would have to add an extra full cycle to keep the “seasons” correct
iced tea over 12 years ago
I always know the the Jewish high holidays come on the first full moon of the month-such as Passover. Bless God’s chosen.
Stephen Gilberg over 12 years ago
This makes the economy of “Star Trek” slightly more credible.
Bob. over 12 years ago
Marciano was not “heavy” as heavyweighys go. About 190 most of the time
tuslog64 over 12 years ago
In as much as the universe resembles a belt driven rather than a gear driven machine, no calendar is perfect. However, the Gregorian is slated to stay in step for apx 10,000 years.(If a binary star had planets, what would the calendar look like?)