If you drop me, I'm sure to ...
[4860] If you drop me, I'm sure to ... - If you drop me, I'm sure to crack. Give me a smile, and I'll always smile back. What am I? - #brainteasers #riddles - Correct Answers: 55 - The first user who solved this task is Djordje Timotijevic
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If you drop me, I'm sure to ...

If you drop me, I'm sure to crack. Give me a smile, and I'll always smile back. What am I?
Correct answers: 55
The first user who solved this task is Djordje Timotijevic.
#brainteasers #riddles
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True Friendship - without the...

True Friendship - without the Sissy Crap
1. When you are sad -- I will help you get drunk and plot revenge against the sorry bastard who made you sad.
2. When you are blue -- I will try to dislodge whatever is choking you.
3. When you smile -- I will know you finally got laid.
4. When you are scared -- I will rag on you about it every chance I get.
5. When you are worried -- I will tell you horrible stories about how much worse it could be until you quit whining.
6. When you are confused -- I will use little words.
7. When you are sick -- Stay the hell away from me until you are well again. I don't want whatever you have.
8. When you fall -- I will point and laugh at your clumsy ass.
9. This is my oath..... I pledge it to the end. "Why?" you may ask; "because you are my friend".
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Alan Baker

Born 19 Aug 1939.British mathematician who was awarded the Fields Medal in 1970. Awarded every four years for outstanding discoveries in mathematics, the Medal is considered the highest honor in the field and the equivalent of the Nobel Prize. This award was for his work in Transcendental Number Theory. From ancient Greek times, people tried to 'square a circle' (create a square with the same area as a circle using a ruler and compasses only), but it proved impossible last century by showing that pi is a transcendental number (a number which is not a solution of a polynomial equation with integer coefficients). Baker's work here was a breakthrough with diophantine equations. Baker also made substantial contributions to Hilbert's seventh problem.
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