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Re: A certain salesman's yearly income is determined by a base [#permalink]
blink005 wrote:
The absolute difference of two real numbers x, y is given by |x − y|, the absolute value of their difference.

Statement 2
The difference may be positive or negative... you don't know what.
Eliminate B &D

Statement 1
GMATD11 are you familiar with weighted averages?
You can evaluate this statement by using that concept.
1 is sufficient
Hence A

Yes you can use both... use what you're more comfortable with more- fraction or decimal. Yes, you can ignore the zero


Hi Blink,

Can you explain your approach in detail for lesser mortals like me :)
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Re: A certain salesman's yearly income is determined by a base [#permalink]
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sorry my bad, simple equations will do

S+1.3C=1.1(S+C);
which simplifies to:
S=2C
Since both S, and C are positive;
S>C.
Sufficient.
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Re: A certain salesman's yearly income is determined by a base [#permalink]
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Clearly (A).

Using (1), if a 30 percent change in the commission only creates a 10 percent change overall, it is clear that the commission is smaller than the base. Sufficient.

Using (2), we can't conclude anything because we are given the absolute difference, so either of the quantities may be bigger.
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Re: A certain salesman's yearly income is determined by a base [#permalink]
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Regarding statement 1 , could somebody verify whether the following approach is ok? Bunuel nick1816

so x=base salary
(a/100)y = commission on sales

so is (ay/100)>x ?

x+1.3(ay/100)= 1.1 (x+ay/100) after some calculations we get y=50x/a and if we substitute it in the inequality we get that is x/2>x ? the answer is a definite no so A is sufficient .
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Re: A certain salesman's yearly income is determined by a base [#permalink]
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UNSTOPPABLE12 wrote:
Regarding statement 1 , could somebody verify whether the following approach is ok? Bunuel nick1816

so x=base salary
(a/100)y = commission on sales

so is (ay/100)>x ?

x+1.3(ay/100)= 1.1 (x+ay/100) after some calculations we get y=50x/a and if we substitute it in the inequality we get that is x/2>x ? the answer is a definite no so A is sufficient .

Hi UNSTOPPABLE12
Your approach is time consuming. There is no need to bring in % of sales and sales variables for calculations as this will impact on your time consumption to get the right answer.

You can simply use B (base salary) & C (commission) with B+C total salary. For this only 2 variables to deal with.
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Re: A certain salesman's yearly income is determined by a base [#permalink]
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Re: A certain salesman's yearly income is determined by a base [#permalink]
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