Find number abc
[4077] Find number abc - If ca666 + bcb67 = 42abb find number abc. Multiple solutions may exist. - #brainteasers #math - Correct Answers: 40 - The first user who solved this task is Djordje Timotijevic
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Find number abc

If ca666 + bcb67 = 42abb find number abc. Multiple solutions may exist.
Correct answers: 40
The first user who solved this task is Djordje Timotijevic.
#brainteasers #math
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A lady about 8 months pregnant got on a bus...

A lady about 8 months pregnant got on a bus she noticed the man opposite her was smiling at her. She immediately moved to another seat. This time the smile turned into a grin, so she moved again.

The man seemed more amused. When on the fourth move, the man burst out laughing, she complained to the driver and he had the man arrested.

The case came up in court. The judge asked the man (about 20 years old) what he had to say for himself. The young man replied, Well your Honor, it was like this : When the lady got on the bus, I couldn’t help but notice her condition. She sat down under a sign that said, “The Double Mint Twins are coming” and I grinned.

Then she moved and sat under a sign that said, “Logan’s Liniment will reduce the swelling”, and I had to smile. Then she placed herself under a deodorant sign that said, “William’s Big Stick Did the Trick”, and I could hardly contain myself.

But, Your Honor, when she moved the fourth time and sat under a sign that said, “Goodyear Rubber could have prevented this Accident”, I just lost it.

“CASE DISMISSED !!"

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Reginald Fessenden

Died 22 Jul 1932 at age 65 (born 6 Oct 1866). Reginald Aubrey Fessenden was a Canadian-American physicist, engineer and inventor with 300 patents. He broadcast the first program of voice and music. In 1893, Fessenden moved to Pittsburgh as the head of electrical engineering at the university, Fessenden read of Marconi's work and began experimenting himself. Marconi could only transmit Morse code. But Fessenden's goal was to transmit the human voice and music. He invented the “continuous wave” AM radio: sound superimposed by amplitude modulation onto a carrier radio wave for transmission. A radio receiver extracts the signal from the carrier wave so the listener hears the original sound. Fessenden made the first long-range transmissions of voice on Christmas Eve 1906 from a station at Brant Rock, Massachusetts, heard hundreds of miles out in the Atlantic.
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