You can get into me quite easi...
[2617] You can get into me quite easi... - You can get into me quite easily but you can't get out of me without facing extreme difficulties. Who am I? - #brainteasers #riddles - Correct Answers: 75 - The first user who solved this task is Roxana zavari
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You can get into me quite easi...

You can get into me quite easily but you can't get out of me without facing extreme difficulties. Who am I?
Correct answers: 75
The first user who solved this task is Roxana zavari.
#brainteasers #riddles
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How retired folks stay happy and occupied

Working people frequently ask retired people what they do to make their days interesting.

Well, for example, the other day, Mary my wife and I went into town and visited a shop. We were only in there for about 5 minutes. When we came out, there was a cop writing out a parking ticket.

We went up to him and I said, 'Come on, man, how about giving a senior citizen a break?'
He ignored us and continued writing the ticket. I called him a dumb ass. He glared at me and started writing another ticket for having worn-out tires.
So Mary called him a shit head.  He finished the second ticket and put it on the windshield with the first.
Then he started writing a third ticket.
This went on for about 20 minutes.
The more we abused him, the more tickets he wrote.

Just then our bus arrived, and we got on it and went home. We try to have a little fun each day now that we're retired. It's important at our age.

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George Wallace Kidder

Born 9 Dec 1902; died 1996 .American biochemist who demonstrated that a chemical distinction exists between tumorous and normal cells. He was a protozoologist for a number of years in his early career. His study of tetrahymena, a one-cell, pond ciliate with a basic biochemical pattern in most respects resembling that of human cells, led to his discoveries in abnormal growths and, ultimately, in cancerous cells. In spring of 1949, Kidder and his associates discovered that azaguanine, a metabolic analog of guanine, would inhibit the growth of certain forms of cancer and leukemia in mice without injuring the normal cells of the host. (Subsequently, other researchers found to be unsuccessful in cancer treatment of humans, even toxic.)
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