there is only one combination he can use to open..
2007-03-09 15:35:38
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answer #1
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answered by LiNg 2
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Altogether, there are 2,000 Possible Combinations!
Explenation: 0 1 2 3 4 5 6 7 8 & 9 are all ten Arabic numerals. The doubled numerals is 0 0 0 - 9 9 9 & then the next step would be if the first numeral. Then which direction to start with; go clockwise, counterclockwise & clockwise. Or Counterclockwise, clockwise & counterclockwise!
Math_Maestro.
2007-03-08 18:34:56
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answer #2
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answered by Math_Maestro 7
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let's see 9 digits, 9 choices for each of the 3 spaces. i think it goes something like this: 9!/3!(6!) so that simplifies to 362880/4320 which is 84, so if i did it right, there are 84 different possibilities. I may be wrong, but if i remember correctly, thats how you solve those type of problems.
2007-03-08 18:19:01
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answer #3
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answered by anomaly16 2
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1000
2007-03-08 19:22:54
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answer #4
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answered by I love when emo boys make out 2
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how many combinations can he use to get the lock open? just one, if it's a regular lock.
how many possible combinations are there? that's a different question.
2007-03-08 18:15:30
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answer #5
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answered by Gennie Goose 2
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its 10X10X10
since there are 10 different numbers, thats were u get the 10 from, and there are three numbers to a combination, so u multiple it three times.
2007-03-08 18:18:49
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answer #6
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answered by Anonymous
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How many combinations can he use to get the lock OPEN? Only one...the correct one.
There are 1,000 different combinations he can try, of course.
2007-03-08 18:16:10
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answer #7
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answered by Anonymous
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999 - sorry 1000 the person above is correct.
You can have 000, then 001, then 002, then 003 etc.. right up to 999.
So it is 999 plus the 000 to start with = 1000
2007-03-08 18:15:12
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answer #8
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answered by spiegy2000 6
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999 because the lock would be in certain combination when he found it, so there would be 999 other possibilities!
2007-03-08 18:43:38
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answer #9
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answered by tms 2
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27 combinations.
2007-03-08 18:14:49
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answer #10
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answered by ismelloffreak 1
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