If x>3, the x = 4, 5, 6,... Input 4 as into the question to get 42/13. Check the one with 42/13 in the options if you input 4. Option C and D are out because they won't give you fraction. Option A will give a smaller numerator
It's because the final answer, B, only has the restriction that x cannot equal -2.5, as when we simplify the question we get the answer B, but we get the restrictions x cannot equal -2,-3 or -2.5 as we go along, and the restriction serves to make sure that these would truly be equal, when technically, without it, the answer would be none of them as they have different restrictions and are thus different functions.
If x>3, the x = 4, 5, 6,...
Input 4 as into the question to get 42/13. Check the one with 42/13 in the options if you input 4. Option C and D are out because they won't give you fraction. Option A will give a smaller numerator
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What is the point of assuming x>3? I dont see a mathematical resaon why this condition has to be satisfied for this to be true
Its a red herring to make you spend more time on the question
It's because the final answer, B, only has the restriction that x cannot equal -2.5, as when we simplify the question we get the answer B, but we get the restrictions x cannot equal -2,-3 or -2.5 as we go along, and the restriction serves to make sure that these would truly be equal, when technically, without it, the answer would be none of them as they have different restrictions and are thus different functions.
Yes I know, but x>3 seemed so random. Why not x>-2 or x>0, that was my point
Sat is this easy?
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Its just a standardized test not a competitive exam
The answer is b
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