This object can be driven, b...
[5525] This object can be driven, b... - This object can be driven, but has no wheels, and can also be sliced and remain whole. What is it? - #brainteasers #riddles - Correct Answers: 28 - The first user who solved this task is Djordje Timotijevic
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This object can be driven, b...

This object can be driven, but has no wheels, and can also be sliced and remain whole. What is it?
Correct answers: 28
The first user who solved this task is Djordje Timotijevic.
#brainteasers #riddles
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Funny New Year jokes-Annual conflict

As in many homes on New Year's Day, Lesley and Mark, a happily married couple, faced the annual conflict of which was more important: the football match on television, or the New Year's lunch.
Hoping to keep the peace Mark ate lunch with the rest of the family, and even lingered for some pleasant after-lunch chat before retiring to the lounge to turn on the television.
Some minutes later, Lesley looked in to see how he was and graciously even bought a cold beer for Mark.
She smiled, kissed him on the cheek and asked what the score was.
Mark told her it was half time and that the score was still 0-0
'See?' Lesley said happily, 'You didn't miss a thing.
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Aleksandr Onufriyevich Kovalevsky

Died 22 Nov 1901 at age 61 (born 19 Nov 1840). Russian founder of comparative embryology and experimental histology, who first established that there was a common pattern in the embryological development of all multicellular animals. He studied the lancelet, a fish-shaped sea animal; about 2-in. (5-cm) long; then wrote Development of Amphioxus lanceolatus (1865). Then, in 1866, he demonstrated the similarity between Amphioxus and the larval stages of tunicates and established the chordate status of the tunicates. In 1867, Kovalevsky extended the germ layer concept of Christian Heinrich Pander and Karl Ernst von Baer to include the invertebrates, establishing an important embryologic unity in the animal kingdom. This was important evidence of the evolution of living organisms.a.k.a. Alexander Onufrievich Kovalevski. 19 Nov 1849 and 22 Nov 1901 (new style) are 7 Nov 1840 and 9 Nov 1901 (old style). Image: tunicate tadpole larva (L) and lancelet, Amphioxus (R).
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