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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Photographer

A photographer for a national magazine was assigned to take pictures of a great forest fire. He was advised that a small plane would be waiting to fly him over the fire.
The photographer arrived at the airstrip just an hour before sundown. Sure enough, a small Cessna airplane was waiting. He jumped in with his equipment and shouted, "Let's go!" The tense man sitting in the pilot's seat swung the plane into the wind and soon they were in the air, though flying erratically.
"Fly over the north side of the fire," said the photographer, "And make several low-level passes."
"Why?" asked the nervous pilot.
"Because I'm going to take pictures!" yelled the photographer. "I'm a photographer, and photographers take pictures!"
The pilot replied, "You mean you're not the flight instructor?"

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Daniel Rutherford

Born 3 Nov 1749; died 15 Nov 1819 at age 70.Scottish chemist and photographer who discovered the portion of air that does not support combustion, now known to be nitrogen. After letting a mouse live in a confined quantity of air until it died, he burned a candle and burned phosphorus in the same air as long as they would burn. He assumed the remaining gas was carbon dioxide, which he dissolved by passing it through a strong alkali. Yet there remained gas that was incapable of supporting respiration or combustion which he knew no longer contained oxygen or carbon dioxide. He called it “phlogisticated air,” following the phlogiston theory of Georg Stahl. It was later properly described by Antoine Lavoisier. Rutherford also designed the first maximum-minimum thermometer.*
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