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Re M09-22 [#permalink]
I agree with explanation.
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Re: M09-22 [#permalink]
Bunuel the OA is definitely wrong.
according to option B x = 0.5 is admissible as 0.5 > -1
However according to our solution x>1 or -1<x<0, it can never be 0<x<1
or in other words it cannot be a positive fraction

option B admisses positive fractions and allows x=0.5 which clearly doesn't satisfy the equation.
Please reply to this, OA is definitely incorrect.
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Re: M09-22 [#permalink]
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Py4041
Bunuel the OA is definitely wrong.
according to option B x = 0.5 is admissible as 0.5 > -1
However according to our solution x>1 or -1<x<0, it can never be 0<x<1
or in other words it cannot be a positive fraction

option B admisses positive fractions and allows x=0.5 which clearly doesn't satisfy the equation.
Please reply to this, OA is definitely incorrect.
­I believe your doubt is addressed in this thread before. I strongly recommend practicing with similar logic-based questions from this helpful collection: Trickiest Inequality Questions Type: Confusing Ranges.

Hope this clears things up for you!­
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Re: M09-22 [#permalink]
Expert Reply
Py4041
Bunuel the OA is definitely wrong.
according to option B x = 0.5 is admissible as 0.5 > -1
However according to our solution x>1 or -1<x<0, it can never be 0<x<1
or in other words it cannot be a positive fraction

option B admisses positive fractions and allows x=0.5 which clearly doesn't satisfy the equation.
Please reply to this, OA is definitely incorrect.

This discussion spans a number of years and one of the first thing people asked was exactly your point. There’s a pretty good explanation on the first page why it cannot be and why it isn’t the answer.

PS. You’re absolutely welcome to question questions but if you’re going to question something, don’t use the word definitely twice as there is a chance you may be incorrect. Again, nothing wrong with being incorrect and I have been incorrect many times and nothing wrong with us asking questions but you may want to review some of the discussion before riding with your guns blazing 😇

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Re: M09-22 [#permalink]
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