11, for the numbers you see. The real answer is infinity because the question keeps going, and going, and going.
2007-12-01 05:30:32
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answer #1
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answered by Anonymous
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14
2007-12-01 05:34:40
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answer #2
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answered by Hay. 2
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11 so far as we can see. You've got a progressively increasing series there which should continue ... (1+1+1+1) + (1+1+1+1) + (1+1+1+1+1)+(1+1+1+1+1) and so on.
2007-12-01 05:34:14
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answer #3
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answered by quatt47 7
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14
2007-12-01 05:33:07
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answer #4
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answered by Cullen & Jonas <3 4
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first you will attempt to cancel X HOW?? Multiply the whole equation by ability of X soo X (a million/x + a million/x-a million >a million) (i dont kno the thank you to type grater (and or) equivalent to) on the left hand facet you're only going to cancel X because of the fact they're on the denominator, on the suitable you're only going to interchange the a million by ability of an X. so now this is your equation a million+a million/-a million > x in case you do the straightforward arithmetic on the left and you get 0 > X X < 0 the two are the comparable answer...
2016-12-10 09:07:41
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answer #5
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answered by ? 4
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Looks like infinity to me.
Since the series never stops, it will continue increasing forever.
2007-12-01 05:39:33
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answer #6
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answered by dave13 6
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i think it 11 i did the parenthasis first. but i guess you just add em up however ya want. i think this was a trick quetion anyway
2007-12-01 05:32:03
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answer #7
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answered by Anonymous
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you cannot see the whole problem
2007-12-01 05:30:09
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answer #8
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answered by kittenlova 3
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11 , IDOIT
2007-12-01 05:35:48
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answer #9
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answered by Anonymous
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