Shoot at me a thousand times...
[5423] Shoot at me a thousand times... - Shoot at me a thousand times and I may still survive; one scratch from me and you will find your prospects take a dive. What am I? - #brainteasers #riddles - Correct Answers: 18 - The first user who solved this task is Djordje Timotijevic
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Shoot at me a thousand times...

Shoot at me a thousand times and I may still survive; one scratch from me and you will find your prospects take a dive. What am I?
Correct answers: 18
The first user who solved this task is Djordje Timotijevic.
#brainteasers #riddles
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A professor of chemistry wante...

A professor of chemistry wanted to teach his 5th grade class a lesson about the evils of liquor, so he produced an experiment that involved a glass of water, a glass of whiskey, and two worms. "Now, class. Observe closely the worms," said the professor putting a worm first into the water. The worm in the water writhed about, happy as a worm in water could be. The second worm, he put into the whiskey. It writhed painfully, and quickly sank to the bottom, dead as a doornail. "Now, what lesson can we derive from this experiment?" the professor asked.
Johnny, who naturally sits in back, raised his hand and wisely, responded, "Drink whiskey and you won't get worms."
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Moons of Mars

In 1877, American astronomer Asaph Hall discovered the two moons of Mars, which he named Phobos and Deimos. In Greek mythology, these are the sons of Ares (Mars) and Aphrodite (Venus). Deimos is Greek for "panic" and phobos is Greek for "fear". These moons are composed of carbon-rich rock like C-type asteroids and ice. But their densities are so low that they cannot be pure rock. They are more likely composed of a mixture of rock and ice. Both are heavily cratered. They are probably asteroids perturbed by Jupiter into orbits that allowed them to be captured by Mars. There is some speculation that they originated in the outer solar system rather than in the main asteroid belt.[Image: Moons of Mars images by Viking Orbiter 1977; shown at the same scale]
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