Statement- L - E - A - P - Y - E - R- Conclusions- I- Y - L II- A - R -A- Only conclusion II is trueB- Either conclusion I or II is trueC- Both conclusions are trueD- Neither conclusion I nor II is trueE- Only conclusion I is true

The correct option is A Only conclusion II is trueFrom the statement: L≤ E = A gt; P; Y gt; E gt; R For conclusion I, i.e,Y gt; E ≥L So, Y is alway ...

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Quantitative Aptitude

Solving Inequalities

Statement: L ...

Question

Statement: L $\leq$ E = A > P; Y > E > R
Conclusions: I. Y $\leq$ L II. A > R

Only conclusion I is true

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Only conclusion II is true

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Both conclusions are true

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Neither conclusion I nor II is true

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Either conclusion I or II is true

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Solution

The correct option is B Only conclusion II is true
From the statement:
L $\leq$ E = A > P; Y > E > R
For conclusion I,
i.e,Y > E $\geq$ L
So, Y is always greater than L.
i.e. Y > L
For conclusion II,
i.e. A = E > R
i.e. A > R
So, conclusion II is true.

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Statement: L ≤ E = A > P; Y > E > R Conclusions: I. Y ≤ L II. A > R

The correct option is B Only conclusion II is trueFrom the statement: L≤ E = A > P; Y > E > R For conclusion I, i.e,Y > E ≥L So, Y is always greater than L. i.e. Y > L For conclusion II, i.e. A = E > R i.e. A > R So, conclusion II is true.

Statement: L $\leq$ E = A > P; Y > E > R
Conclusions: I. Y $\leq$ L II. A > R

The correct option is B Only conclusion II is true
From the statement:
L $\leq$ E = A > P; Y > E > R
For conclusion I,
i.e,Y > E $\geq$ L
So, Y is always greater than L.
i.e. Y > L
For conclusion II,
i.e. A = E > R
i.e. A > R
So, conclusion II is true.