Question:

Use the same InfiniteJobs.com table as above.

YearCategoryNumber of RegistrationsNumber of Candidates who posted their CVsNumber of Candidates short-listed by EmployersNumber of offered jobs
2004Technical61,20559,981684181
2004Managerial19,23615,38913848
2005Technical63,29860,133637115
2005Managerial45,29240,76339984

Statement X: The success rate of candidates getting short-listed based on their CVs is higher for the Managerial category than for the Technical category in 2005.
Statement Y: The success rate of candidates getting short-listed based on their CVs is better for the Managerial category in 2005 than in 2004.

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Success rate = (candidates short-listed) divided by (candidates who posted CVs); compute it separately for each year/category before comparing.
Updated On: Jul 14, 2026
  • Only [X] is True
  • Only [Y] is True
  • Both [X] and [Y] are True
  • Neither [X] nor [Y] is True
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The Correct Option is B

Solution and Explanation

Step 1: Understanding the Concept.
The "success rate of getting short-listed based on CVs" means the number short-listed divided by the number of CVs posted, expressed as a percentage.

Step 2: Test Statement X, comparing categories in 2005.
Managerial 2005: \(\frac{399}{40{,}763}\times 100 \approx 0.979\%\). Technical 2005: \(\frac{637}{60{,}133}\times 100 \approx 1.059\%\). Since \(0.979\%\) is less than \(1.059\%\), Managerial's success rate is actually lower than Technical's in 2005, not higher, so Statement X is False.

Step 3: Test Statement Y, comparing years within Managerial.
Managerial 2004: \(\frac{138}{15{,}389}\times 100 \approx 0.897\%\). Managerial 2005 (from Step 2): \(\approx 0.979\%\). Since \(0.979\%\) is greater than \(0.897\%\), the Managerial success rate did improve from 2004 to 2005, so Statement Y is True.

Step 4: Final Answer.
X is false and Y is true, so only Y is correct. \[ \boxed{\text{Only [Y] is True}} \]
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