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Bunuel
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Bunuel
Is x > 0 ?

(1) x^3 < x
(2) x is even.

we don't know whether x is integer or fraction or negative or positive.

statement 1 :\(x^3\)<x. this statement is true when x is fraction or negative. So, we can determine whether x>0 or not.
statement 2 : x is even. but here x can also be negative or positive. Not sufficient.

combining (1+2): analyzing both statements we understand that x is negative and even integer.

Thus, x is not positive for sure. So, the correct answer is C.
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Can a fraction be considered an even number?

From my perspective, it was not mentioned that x was an integer. Then, 0.2 (or 1/5), which I (with no grounds) consider an even number, would lead the answer to an E.

Can someone please clarify this?
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PedroBodnar
Can a fraction be considered an even number?

From my perspective, it was not mentioned that x was an integer. Then, 0.2 (or 1/5), which I (with no grounds) consider an even number, would lead the answer to an E.

Can someone please clarify this?

fraction is a number either positive or negative but it is NOT an integer. This is known fact. It is not needed to be mentioned.
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PedroBodnar
Can a fraction be considered an even number?

From my perspective, it was not mentioned that x was an integer. Then, 0.2 (or 1/5), which I (with no grounds) consider an even number, would lead the answer to an E.

Can someone please clarify this?

Only integers can be odd or even.
So even or odd means it is an integer
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PedroBodnar
Can a fraction be considered an even number?

From my perspective, it was not mentioned that x was an integer. Then, 0.2 (or 1/5), which I (with no grounds) consider an even number, would lead the answer to an E.

Can someone please clarify this?

Only integers can be odd or even.
So even or odd means it is an integer

Awesome. One more concept learned.

:)
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EgmatQuantExpert

Solution



To find:
    • Whether x > 0 or not

Analysing Statement 1
    • As per the information given in statement 1, \(x^3 < x\)
      Simplifying, \(x^3 – x < 0\)
      Or, \(x (x^2 – 1) < 0\)
      Or, \(x (x – 1) (x + 1) < 0\)

    • This is true when 0 < x < 1 or x < -1

Since x can be both positive or negative, we cannot say whether x > 0 or not

Hence, statement 1 is not sufficient to answer

Analysing Statement 2
    • As per the information given in statement 2, x is even
    • The value of x, being even, can be both positive and negative

Hence, statement 2 is not sufficient to answer

Combining Both Statements
If we combine the information present in both the statements, we can say
    • The value of x lies in the range x < -1 as there are no even integers possible in 0 < x < 1.

Therefore, we can say x is not greater than 0

Hence, the correct answer is option C.

Answer: C

In the equation (x-1)(x)(x+1)<O, (x-1) < 0 => x<1; (x+1)<0 => x<-1, then shouldn't x<0 be also considered?
You've concluded that 0<x<1. Couldn't understand that part.

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KSBGC
Bunuel
Is x > 0 ?

(1) x^3 < x
(2) x is even.

we don't know whether x is integer or fraction or negative or positive.

statement 1 :\(x^3\)<x. this statement is true when x is fraction or negative. So, we can determine whether x>0 or not.
statement 2 : x is even. but here x can also be negative or positive. Not sufficient.

combining (1+2): analyzing both statements we understand that x is negative and even integer.

Thus, x is not positive for sure. So, the correct answer is C.
I'm confuse how can u assume after combining the statement that x is integer???
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shivanks
KSBGC
Bunuel
Is x > 0 ?

(1) x^3 < x
(2) x is even.

we don't know whether x is integer or fraction or negative or positive.

statement 1 :\(x^3\)<x. this statement is true when x is fraction or negative. So, we can determine whether x>0 or not.
statement 2 : x is even. but here x can also be negative or positive. Not sufficient.

combining (1+2): analyzing both statements we understand that x is negative and even integer.

Thus, x is not positive for sure. So, the correct answer is C.
I'm confuse how can u assume after combining the statement that x is integer???


Statement 2 says x is even, and even means it is an integer divisible by 2.
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