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Statement & Inference - Intermediate Level: accuracy improvement INTERMEDIATE

Level up your statement & inference skills with this comprehensive review. 20 intermediate-level problems await in Worksheet 14 of 30. Focus area: accuracy improvement. Learn aptitude training, reasoning skills, logical ability through systematic practice. Designed for mid-level learners seeking moderate complexity with mixed patterns.

📝 Worksheet 14 of 30 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Intermediate level

What you'll learn in this worksheet:
Your progress through Statement & Inference
Worksheet 14 of 30 (46% complete)

Question 1

Statement: Medical screening: Test A detects 90% of cases but has 5% false positives. Test B detects 85% of cases with 2% false positives. Combining both tests increases accuracy to 95% with 1% false positives. What probabilistic inference is most valid?
Considering the probabilistic data and multiple variables, 'All assessments are accurate' represents the most comprehensive inference.
inference, probabilistic, multi-variable

Question 2

Statement: Cities with more green spaces have better air quality. Better air quality correlates with lower respiratory diseases. Investment in parks reduces urban heat by 3-5°C. City M plans to triple its green coverage. What can be reasonably inferred?
Following the causal chains presented in the statement, 'Multiple positive effects are expected' represents the most comprehensive and logical inference.
inference, causal, complex

Question 3

Statement: The factory will close down if the strike continues for more than a week. The strike has been going on for 10 days. Which inference can be drawn directly?
Based on the given statement, 'The factory will close down' is the direct logical inference without additional assumptions.
inference, logical, direct

Question 4

Statement: A survey of 500 adults found that 60% prefer coffee over tea, 25% prefer tea, and 15% drink neither. The survey had a margin of error of ±4%. Inference: 'The survey results are accurate for the entire country' Does this inference go beyond what the statement supports?
Yes — Assumes the sample is representative without evidence
inference, overreach, validity, evidence

Question 5

Statement: Patient's temperature was 102°F on Monday, 100°F on Tuesday, 99°F on Wednesday, and normal on Thursday. What temporal inference can be made?
Examining the chronological data, 'Recovery followed a clear pattern' represents the most accurate temporal inference.
inference, temporal, trends

Question 6

Statement: Medical screening: Test A detects 90% of cases but has 5% false positives. Test B detects 85% of cases with 2% false positives. Combining both tests increases accuracy to 95% with 1% false positives. What probabilistic inference is most valid?
Considering the probabilistic data and multiple variables, 'All assessments are accurate' represents the most comprehensive inference.
inference, probabilistic, multi-variable

Question 7

Statement: Patient's temperature was 102°F on Monday, 100°F on Tuesday, 99°F on Wednesday, and normal on Thursday. What temporal inference can be made?
Examining the chronological data, 'Recovery followed a clear pattern' represents the most accurate temporal inference.
inference, temporal, trends

Question 8

Statement: Medical study: Out of 1000 patients, 600 recovered with Treatment A, 500 with Treatment B, 300 with both treatments, and 100 with neither. Which inference is correct?
Using set theory principles and mathematical logic, 'All inferences are valid' can be inferred from the given data.
inference, statistical, sets

Question 9

Statement: In a company of 500 employees, 300 work in sales, 200 in marketing, and 100 in both departments. 50 work in neither department. Which inference is correct?
Using set theory principles and mathematical logic, 'Both A and B are correct' can be inferred from the given data.
inference, statistical, sets

Question 10

Statement: A survey of 10,000 households found that 70% own smartphones, 50% own tablets, and 30% own both devices. Which inference is correct?
Using set theory principles and mathematical logic, 'All of the above are correct' can be inferred from the given data.
inference, statistical, sets

Question 11

Statement: The project was scheduled for completion in March. Due to delays, it was extended to June. Additional complications arose in May, requiring another 3-month extension. What temporal inference can be made?
Examining the chronological data, 'All inferences are reasonable' represents the most accurate temporal inference.
inference, temporal, trends

Question 12

Statement: Patient's temperature was 102°F on Monday, 100°F on Tuesday, 99°F on Wednesday, and normal on Thursday. What temporal inference can be made?
Examining the chronological data, 'Recovery followed a clear pattern' represents the most accurate temporal inference.
inference, temporal, trends

Question 13

Facts: The office coffee pot is empty at 10 AM. It was full at 9 AM. No one is currently in the break room. Three coffee cups with residue are in the sink. Which explanation is MOST plausible given these facts?
The most plausible explanation is: 'Someone drank all the coffee and didn't make more' because Directly explains empty pot and used cups. Abductive reasoning seeks the inference that best explains all observed facts with fewest assumptions.
inference, abductive, explanation, plausibility

Question 14

Statement: Companies that adopt flexible working see 25% increase in productivity. Employee satisfaction rises by 30% with flexible hours. Remote work reduces operational costs by 15%. Company Z implemented full flexible working policy. What can be reasonably inferred?
Following the causal chains presented in the statement, 'All outcomes are likely for Company Z' represents the most comprehensive and logical inference.
inference, causal, complex

Question 15

Statement: School X has 95% pass rate with 500 students. School Y has 90% pass rate with 1000 students. School Z has 85% pass rate with 200 students. What can be inferred from this comparison?
Analyzing the comparative data, 'Each school has distinct advantages' captures the key insight from the comparison.
inference, comparative, analysis

Question 16

Statement: Cities with more green spaces have better air quality. Better air quality correlates with lower respiratory diseases. Investment in parks reduces urban heat by 3-5°C. City M plans to triple its green coverage. What can be reasonably inferred?
Following the causal chains presented in the statement, 'Multiple positive effects are expected' represents the most comprehensive and logical inference.
inference, causal, complex

Question 17

Statement: Patient's temperature was 102°F on Monday, 100°F on Tuesday, 99°F on Wednesday, and normal on Thursday. What temporal inference can be made?
Examining the chronological data, 'Recovery followed a clear pattern' represents the most accurate temporal inference.
inference, temporal, trends

Question 18

Statement: In a company of 500 employees, 300 work in sales, 200 in marketing, and 100 in both departments. 50 work in neither department. Which inference is correct?
Using set theory principles and mathematical logic, 'Both A and B are correct' can be inferred from the given data.
inference, statistical, sets

Question 19

Statement: Route A: 50 km, 1 hour, $10 toll. Route B: 60 km, 45 minutes, $15 toll. Route C: 40 km, 1.5 hours, no toll. What can be inferred from this comparison?
Analyzing the comparative data, 'Each route has trade-offs' captures the key insight from the comparison.
inference, comparative, analysis

Question 20

Statement: All vegetarians avoid meat. Sarah is a vegetarian. Which inference can be drawn directly?
Based on the given statement, 'Sarah avoids meat' is the direct logical inference without additional assumptions.
inference, logical, direct
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