Find number abc
[7457] Find number abc - If 925ab - 117bc = a0ac9 find number abc. Multiple solutions may exist. - #brainteasers #math - Correct Answers: 2
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Find number abc

If 925ab - 117bc = a0ac9 find number abc. Multiple solutions may exist.
Correct answers: 2
#brainteasers #math
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Murphy's Laws for Parents

1. The tennis shoes you must replace today will go on sale next week.
2. Leakproof thermoses - will.
3. The chances of a piece of bread falling with the grape jelly side down is directly proportional to the cost of the carpet.
4. The garbage truck will be two doors past your house when the argument over whose day it is to take out the trash ends.
5. The shirt you child must wear today will be the only one that needs to be washed or mended.
6. Gym clothes left at school in lockers mildew at a faster rate than other clothing.
7. The item your child lost, and must have for school within the next ten seconds, will be found in the last place you look.
(Tom's note: Isn't something ALWAYS in the last place you look? I mean, you don't keep looking once you've found it, do you?)
8. Sick children recover miraculously when the pediatrician enters the treatment room.
9. Refrigerated items, used daily, will gravitate toward the back of the refrigerator.
10. Your chances of being seen by someone you know dramatically increase if you drive your child to school in your robe and curlers.
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John R. Whinnery

Born 26 Jul 1916.John Roy Whinnery is an American electrical engineer known for his work on microwave theory and laser experimentation. He worked on the problem of He-Ne laser modulation, the transmission of laser light for optical communication and photo thermal effects. Later he changed his research field to quantum electronics and opto-electronics. He co-authored the classic textbook, Fields and Waves in Communication Electronics, before he had a doctoral degree while working 6 days a week in microwaves at General Electric during WW II. His current research interest is communications applications of lasers, with emphasis on short-pulse phenomena.
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