Find number abc
[4965] Find number abc - If bbcca + 376bc = a26a25 find number abc. Multiple solutions may exist. - #brainteasers #math - Correct Answers: 37 - The first user who solved this task is Djordje Timotijevic
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Find number abc

If bbcca + 376bc = a26a25 find number abc. Multiple solutions may exist.
Correct answers: 37
The first user who solved this task is Djordje Timotijevic.
#brainteasers #math
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Pet Monkey

Guy in a bar playing pool has a pet monkey. Monkey jumps onto the table, grabs the cue ball and stuffs it into his mouth and swallows it. Bartender freaks and starts yelling about how much cue balls cost , etc. The guy tries to calm him down and tells him the monkey will pass it in the next day or so and he'll wash it off real well and bring it back.
Sure enough the guy and the monkey come back into the bar and gave the bartender his cue ball back. Meanwhile the monkey reaches into the peanut bowl, grabs a nut, sticks it in his butt--then eats it. The bartender stares at the monkey who continues to repeat this action again and again. So he asks the guy, "what's up with that?"
"What?"
"your monkey keeps grabbing peanuts one at a time and sticking them in his butt then eating them."
"Oh, that---well, ever since the pool ball incident, he has to measure everything before he eats it."    

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Alexander Meissner

Born 14 Sep 1883; died 3 Jan 1958 at age 74.Austrian engineer whose work in antenna design, amplification, and detection advanced the development of radio telegraphy. In 1907 he joined the Telefunken Company of Berlin, where he conducted research on radio problems. He improved the design of antennas for transmitting at long wavelengths, devised new vacuum-tube circuits and amplification systems, and developed the heterodyne principle for radio reception. In 1911 Meissner designed the first rotary radio beacon to aid in the navigation of the Zeppelin airships. In 1913 he was the first to amplify high-frequency radio signals by using feedback in a vacuum triode; this principle made it possible to build radio receivers more sensitive than any earlier type.
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