Comprehension

The following questions refer to the ”Ethan Hunt” scenario, which provides information across multiple tabs: a bar chart of Vulnerability Indices, a map of Day 1 Cases, a propagation model formula, and a table of city vulnerabilities (instability, hospital capacity, etc.).

Part B: For each of the following statements, select Yes if the statement accurately reflects the information given in the tabs. Otherwise, select No.

Question: 1

The city with the highest vulnerability index saw less than 30 new cases on Day 2.

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When analyzing exponential growth over multiple periods, the growth rate (multiplier) is typically more influential on the final outcome than the initial starting value. A city with a significantly higher rate will likely overtake a city with a higher starting value but a lower rate.
Updated On: Sep 30, 2025
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Solution and Explanation

Step 1: Identify the city with the highest VI. This is Athens with VI = 8.
Step 2: Find the Day 1 cases for Athens from the map: Cases\(_{D1}\) = 36.
Step 3: Use the formula to calculate total cases on Day 2. Cases\(_{t+1}\) = Cases\(_t\) \(\times\) (1 + VI/10). Cases\(_{D2}\) = floor(36 \(\times\) (1 + 8/10)) = floor(36 \(\times\) 1.8) = floor(64.8) = 64.
Step 4: Calculate the number of new cases on Day 2. New Cases = Cases\(_{D2}\) - Cases\(_{D1}\) = 64 - 36 = 28.
Step 5: Evaluate the statement. 28 is less than 30. The statement is true.
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Question: 2

In the city with the lowest hospital surge capacity, the number of new cases on Day 3 was greater than the number of daily beds.

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When analyzing exponential growth over multiple periods, the growth rate (multiplier) is typically more influential on the final outcome than the initial starting value. A city with a significantly higher rate will likely overtake a city with a higher starting value but a lower rate.
Updated On: Sep 30, 2025
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Solution and Explanation

Step 1: Identify the city with the lowest hospital surge capacity. This is Cagliari with 40 daily beds.
Step 2: Get the data for Cagliari: VI = 6, Cases\(_{D1}\) = 40.
Step 3: Calculate cases for Day 2 and Day 3. Cases\(_{D2}\) = floor(40 \(\times\) (1 + 6/10)) = floor(40 \(\times\) 1.6) = 64.
Cases\(_{D3}\) = floor(64 \(\times\) 1.6) = floor(102.4) = 102.
Step 4: Calculate new cases on Day 3. New Cases = Cases\(_{D3}\) - Cases\(_{D2}\) = 102 - 64 = 38.
Step 5: Evaluate the statement. New cases (38) are not greater than daily beds (40). The statement is false.
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Question: 3

Cities with a vulnerability index less than 5 have fewer than 10 new cases on Day 2.

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When analyzing exponential growth over multiple periods, the growth rate (multiplier) is typically more influential on the final outcome than the initial starting value. A city with a significantly higher rate will likely overtake a city with a higher starting value but a lower rate.
Updated On: Sep 30, 2025
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Solution and Explanation

Step 1: Identify cities with VI<5. These are London (VI=4.5) and Prague (VI=4.5).
Step 2: Check the condition for London. Cases\(_{D1}\) = 23. Cases\(_{D2}\) = floor(23 \(\times\) (1 + 4.5/10)) = floor(23 \(\times\) 1.45) = floor(33.35) = 33.
New cases = 33 - 23 = 10. The number of new cases (10) is not "fewer than 10".
Step 3: Since we have found a counterexample, the statement is false. (Prague's new cases are 12, which also fails the condition).
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