I'm clean when I'm black, Di...
[4980] I'm clean when I'm black, Di... - I'm clean when I'm black, Dirty when white; Get too close, And you might sneeze. What am I? - #brainteasers #riddles - Correct Answers: 21 - The first user who solved this task is Djordje Timotijevic
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I'm clean when I'm black, Di...

I'm clean when I'm black, Dirty when white; Get too close, And you might sneeze. What am I?
Correct answers: 21
The first user who solved this task is Djordje Timotijevic.
#brainteasers #riddles
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She doesn’t trust easily

She doesn’t trust easily- you can see that in the distance creates between herself and around her, but she has much love to offer, and you can see it in the kindness that’s in the smiles she gives out to everyone around her. She has millions of chaotic galaxies of thoughts, thousands of tangled up worlds of words and places in her mind, and you can see it in the way her eyes always seem lost, like they are somewhere else. She always wants to be somewhere else, it shows in the way she’s always rushing and moving, the way she’s always restless. Life never went easy on her, and she didn’t go easy on herself either. She is strong and you can see it in her eyes, you can sense it in her voice. She believes that her body can physically rebuild and heal itself. I think that’s because she knew how to recover by herself after life had broken her. She knows how it’s like to be under-appreciated. So if you can’t see the beauty in her quirks, if you don’t think that maybe she might be a little piece of magic, don’t you dare and say that she is just a girl; because she’s a . ~ Author Unknown
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Polykarp Kusch

Died 20 Mar 1993 at age 82 (born 26 Jan 1911). German-American physicist who shared the Nobel Prize for Physics in 1955 for his accurate determination that the magnetic moment of the electron is greater than its theoretical value. This he deduced from researching the hyperfine structure of the energy levels in certain elements, and in 1947 found a discrepancy of about 0.1% between the observed value and that predicted by theory. Although minute, this anomaly was of great significance and led to revised theories about the interactions of electrons with electromagnetic radiation, now known as quantum electrodynamics. (He shared the prize with Willis E. Lamb, Jr. who performed independent but related experiments at Columbia University on the hyperfine structure of the hydrogen atom.)
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