Praxis Reading Quiz: Interpret Visual Information
20 questions · exam conditions
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Interpret Visual InformationQuestion 1 of 20

A real estate agency analyzed property sales performance across four market segments during the past year. Starter homes ($200K-300K): 180 sales, 45-day average time on market, 8,500averagecommission.Mid−rangehomes(8,500 average commission. Mid-range homes (300K-500K): 220 sales, 38-day average time on market, 14,200averagecommission.Luxuryhomes(14,200 average commission. Luxury homes (500K-800K): 85 sales, 62-day average time on market, 24,500averagecommission.Premiumestates(24,500 average commission. Premium estates (800K+): 25 sales, 95-day average time on market, $42,000 average commission.

Which market segment generated the most efficient sales performance in terms of transaction volume and speed?

Starter homes generated most efficient performance with strong sales volume and reasonable market timing for first-time buyers
Mid-range homes generated most efficient performance with highest sales volume and fastest average selling time
Luxury homes generated most efficient performance by balancing substantial commissions with moderate volume and timing
Premium estates generated most efficient performance through maximum commission value despite longer sales cycles
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Praxis Reading Quiz

Praxis Reading Quiz: Interpret Visual Information

Practice Interpret Visual Information in Praxis Reading with focused quiz questions that help you check what you know, review explanations, and build confidence with test-style prompts.

What this quiz covers

This quiz focuses on Interpret Visual Information, giving you a quick way to practice the rules, question types, and explanations that matter most for Praxis Reading.

How to use this quiz

Try each quiz question before looking at the correct answer. Use the explanations to review missed ideas, then come back to similar questions until the pattern feels familiar.

All questions

Question 1

A real estate agency analyzed property sales performance across four market segments during the past year. Starter homes ($200K-300K): 180 sales, 45-day average time on market, 8,500averagecommission.Mid−rangehomes(8,500 average commission. Mid-range homes (300K-500K): 220 sales, 38-day average time on market, 14,200averagecommission.Luxuryhomes(14,200 average commission. Luxury homes (500K-800K): 85 sales, 62-day average time on market, 24,500averagecommission.Premiumestates(24,500 average commission. Premium estates (800K+): 25 sales, 95-day average time on market, $42,000 average commission.

Which market segment generated the most efficient sales performance in terms of transaction volume and speed?

  1. Starter homes generated most efficient performance with strong sales volume and reasonable market timing for first-time buyers
  2. Mid-range homes generated most efficient performance with highest sales volume and fastest average selling time (correct answer)
  3. Luxury homes generated most efficient performance by balancing substantial commissions with moderate volume and timing
  4. Premium estates generated most efficient performance through maximum commission value despite longer sales cycles
Explanation: Mid-range homes achieved both the highest sales volume (220 sales) and the fastest average time on market (38 days), demonstrating superior efficiency in moving inventory. This combination indicates strong market demand and pricing alignment, making this segment most efficient for transaction velocity and volume.

Question 2

A weather station recorded temperature and precipitation data for a farming region over four seasons. Spring averaged 58°F with 12 inches of rainfall. Summer reached 82°F with 3 inches of precipitation. Fall dropped to 61°F with 8 inches of rain. Winter averaged 34°F with 15 inches of precipitation (including snow equivalent). Crop yields were highest in seasons with temperatures between 55-65°F and at least 8 inches of precipitation.

Based on the weather data, which seasons provided optimal growing conditions for crops in this region?

  1. Spring and summer provided optimal conditions, with spring meeting precipitation requirements and summer providing ideal temperature ranges
  2. Summer and fall provided optimal conditions, as both seasons maintained temperatures within the ideal range for crop development
  3. Spring and fall provided optimal conditions, as both seasons met both the temperature and precipitation requirements for maximum yields (correct answer)
  4. Only spring provided optimal conditions, being the single season that satisfied both temperature and precipitation criteria simultaneously
Explanation: Optimal conditions require temperatures between 55-65°F AND at least 8 inches of precipitation. Spring: 58°F (✓) and 12 inches (✓). Summer: 82°F (✗) and 3 inches (✗). Fall: 61°F (✓) and 8 inches (✓). Winter: 34°F (✗) and 15 inches (✓). Only spring and fall meet both criteria.

Question 3

A school district compared standardized test scores across four teaching methods implemented in different schools. Traditional lecture method: 72% pass rate, 68 average score. Interactive technology: 79% pass rate, 74 average score. Project-based learning: 83% pass rate, 76 average score. Hybrid approach: 81% pass rate, 75 average score. Each method was used with similar student populations of approximately 200 students per school.

Which teaching method demonstrated the most effective student performance outcomes based on the comparative data?

  1. Traditional lecture method proved most effective, providing consistent baseline performance across diverse learning styles
  2. Interactive technology proved most effective, significantly improving both pass rates and average scores
  3. Project-based learning proved most effective, achieving the highest pass rate and average scores (correct answer)
  4. Hybrid approach proved most effective, combining multiple pedagogical strategies to optimize student understanding
Explanation: Project-based learning achieved both the highest pass rate (83%) and the highest average score (76), outperforming all other methods in both key metrics. While the hybrid approach had a competitive pass rate (81%), it scored lower on average performance (75).

Question 4

A food delivery service measured performance across four restaurant categories during dinner hours over three months. Fast food: 12,000 orders, 22-minute average delivery time, 4.1 customer rating, $6.50 average order value. Casual dining: 8,500 orders, 35-minute average delivery, 4.3 rating, $18.20 average order. Fine dining: 2,200 orders, 45-minute average delivery, 4.7 rating, $42.80 average order. International cuisine: 6,800 orders, 28-minute average delivery, 4.4 rating, $15.90 average order.

Based on customer satisfaction and service efficiency metrics, which restaurant category provides the optimal delivery experience?

  1. Fast food provides optimal experience through rapid delivery times and high order volume for quick customer service
  2. Casual dining provides optimal experience by balancing reasonable delivery times with strong ratings and order values
  3. Fine dining provides optimal experience with highest customer ratings, justifying longer delivery times for premium quality
  4. International cuisine provides optimal experience combining good ratings with efficient delivery times and reasonable values (correct answer)
Explanation: International cuisine achieves a strong customer rating (4.4) with efficient delivery time (28 minutes), representing an optimal balance of satisfaction and speed. While fine dining has higher ratings (4.7), the significantly longer delivery time (45 minutes) reduces overall experience quality for delivery service.

Question 5

A grocery store chain analyzed customer purchasing patterns across four product categories over twelve months. Produce sales totaled $2.4 million, dairy products reached $1.8 million, packaged goods achieved $3.2 million, and meat/seafood generated $2.1 million. The profit margins were 45% for produce, 25% for dairy, 35% for packaged goods, and 40% for meat/seafood.

Which product category generated the highest total profit for the grocery chain?

  1. Produce generated the highest profit at $1.08 million, benefiting from both strong sales volume and excellent profit margins
  2. Packaged goods generated the highest profit at $1.12 million, despite having moderate margins due to exceptional sales volume (correct answer)
  3. Meat/seafood generated the highest profit at $0.84 million, demonstrating the value of premium pricing strategies in specialty departments
  4. Dairy products generated the highest profit at $0.45 million, showing consistent performance across all measured financial metrics
Explanation: Total profit equals sales × profit margin. Produce: $2.4M × 45% = $1.08M. Dairy: $1.8M × 25% = $0.45M. Packaged goods: $3.2M × 35% = $1.12M. Meat/seafood: $2.1M × 40% = $0.84M. Packaged goods generated the highest profit at $1.12 million.

Question 6

An energy company analyzed solar panel efficiency across different installation types over one year. Rooftop residential panels generated 8.2 kWh per panel daily with 88% uptime. Ground-mounted residential systems produced 9.4 kWh per panel daily with 92% uptime. Commercial rooftop installations achieved 7.8 kWh per panel daily with 94% uptime. Utility-scale ground systems generated 10.1 kWh per panel daily with 96% uptime.

Considering both energy production and system reliability, which installation type delivered the best overall performance?

  1. Rooftop residential panels delivered optimal performance, balancing solid energy generation with acceptable reliability for homeowner applications
  2. Ground-mounted residential systems delivered optimal performance, combining strong energy output with reliable operation for individual property owners
  3. Commercial rooftop installations delivered optimal performance, maximizing system reliability while maintaining competitive energy production levels
  4. Utility-scale ground systems delivered optimal performance, achieving the highest energy generation combined with superior reliability ratings (correct answer)
Explanation: Utility-scale ground systems produced the most energy per panel (10.1 kWh) and had the highest uptime (96%), excelling in both key performance metrics. This combination of maximum energy generation and superior reliability makes them the best overall performers.

Question 7

A university bookstore analyzed textbook sales across four academic departments during the fall semester. Mathematics: 450 books sold, $180 average price, $108 wholesale cost. Science: 380 books sold, $220 average price, $143 wholesale cost. Literature: 290 books sold, $95 average price, $57 wholesale cost. History: 340 books sold, $125 average price, $75 wholesale cost.

Which department generated the highest total profit for the bookstore during the semester?

  1. Mathematics generated the highest profit at approximately $32,400, benefiting from strong sales volume and competitive pricing margins (correct answer)
  2. Science generated the highest profit at approximately $29,260, achieving premium pricing despite moderate sales volume in specialized texts
  3. Literature generated the highest profit at approximately $11,020, maximizing margins through efficient cost management and accessible pricing
  4. History generated the highest profit at approximately $17,000, balancing moderate pricing with consistent demand across multiple course sections
Explanation: Total profit = (Average price - Wholesale cost) × Books sold. Mathematics: ($180 - $108) × 450 = 32,400.Science:(32,400. Science: (220 - $143) × 380 = 29,260.Literature:(29,260. Literature: (95 - $57) × 290 = 11,020.History:(11,020. History: (125 - $75) × 340 = $17,000. Mathematics generated the highest profit.

Question 8

A hospital emergency department analyzed patient wait times and treatment outcomes over three months. Patients seen within 30 minutes had a 94% satisfaction rate and 2% readmission rate. Those waiting 30-60 minutes showed 87% satisfaction and 4% readmission. Patients waiting 60-90 minutes had 78% satisfaction and 7% readmission. Those waiting over 90 minutes showed 65% satisfaction and 12% readmission rates.

What relationship does the data demonstrate between patient wait times and healthcare outcomes?

  1. Longer wait times correlate with decreased satisfaction but have no measurable impact on readmission rates or clinical outcomes
  2. Wait times show no consistent pattern with either satisfaction or readmission rates, indicating other factors drive these outcomes
  3. Longer wait times correlate with both decreased patient satisfaction and increased readmission rates, suggesting poorer overall outcomes (correct answer)
  4. Shorter wait times correlate with decreased satisfaction due to rushed care, while longer waits improve thorough treatment
Explanation: The data shows a clear inverse relationship between wait times and both outcome measures. As wait times increase from under 30 minutes to over 90 minutes, satisfaction drops from 94% to 65%, while readmission rates rise from 2% to 12%. This demonstrates that longer waits correlate with poorer outcomes.

Question 9

A software company tracked customer support ticket resolution across four service categories over six months. Technical issues: 2,400 tickets, 18-hour average resolution time, 89% customer satisfaction. Billing inquiries: 1,800 tickets, 6-hour average resolution, 94% satisfaction. Account problems: 900 tickets, 12-hour average resolution, 91% satisfaction. Feature requests: 600 tickets, 36-hour average resolution, 76% satisfaction.

Which support category demonstrates the most efficient service delivery based on customer satisfaction and resolution speed?

  1. Technical issues demonstrate most efficient service, handling the largest volume while maintaining strong satisfaction despite complexity
  2. Billing inquiries demonstrate most efficient service, combining rapid resolution times with the highest customer satisfaction rates achieved (correct answer)
  3. Account problems demonstrate most efficient service, providing balanced resolution speed with excellent satisfaction across diverse user needs
  4. Feature requests demonstrate most efficient service, managing complex development discussions while maintaining reasonable satisfaction levels
Explanation: Efficiency combines fast resolution with high satisfaction. Billing inquiries achieve the fastest resolution time (6 hours) and highest satisfaction rate (94%), demonstrating optimal service delivery. While handling moderate volume (1,800 tickets), they excel in both key efficiency metrics.

Question 10

A medical clinic tracked patient outcomes across four treatment protocols for a common condition over twelve months. Protocol A: 240 patients, 85% improvement rate, $450 average treatment cost, 3.2 visits required. Protocol B: 180 patients, 92% improvement rate, $680 average cost, 2.1 visits required. Protocol C: 320 patients, 78% improvement rate, $320 average cost, 4.5 visits required. Protocol D: 150 patients, 88% improvement rate, $590 average cost, 2.8 visits required.

Considering both clinical effectiveness and resource efficiency, which treatment protocol demonstrates the best overall value?

  1. Protocol A demonstrates best value with strong improvement rates, moderate costs, and ability to handle large patient volumes efficiently
  2. Protocol B demonstrates best value with the highest improvement rate and minimal visits required despite higher per-treatment costs (correct answer)
  3. Protocol C demonstrates best value through lowest treatment costs and highest patient capacity, maximizing healthcare accessibility overall
  4. Protocol D demonstrates best value by balancing excellent improvement rates with reasonable costs and efficient visit requirements
Explanation: Protocol B achieves the highest improvement rate (92%) with the fewest visits required (2.1), indicating superior clinical effectiveness and efficiency. While more expensive per treatment ($680), the combination of best outcomes and minimal resource utilization provides optimal value for patients and healthcare system.

Question 11

A fitness tracker company analyzed sleep patterns from 10,000 users over six months. The data revealed that users averaged 6.8 hours of sleep on weekdays and 8.2 hours on weekends. Users who exercised for at least 30 minutes daily averaged 7.4 hours on weekdays and 8.1 hours on weekends. Those who used electronic devices within one hour of bedtime averaged 6.2 hours on weekdays and 7.8 hours on weekends.

According to the sleep study data, which factor appears to have the most positive correlation with weekday sleep duration?

  1. Using electronic devices before bed, which increased weekday sleep by approximately 0.6 hours compared to the baseline
  2. Weekend sleeping patterns, which showed a consistent 1.4-hour increase across all user categories studied
  3. Regular daily exercise, which correlated with approximately 0.6 additional hours of weekday sleep compared to average (correct answer)
  4. Age demographics, which showed the strongest correlation with sleep duration across all measured variables in the study
Explanation: Regular exercisers averaged 7.4 hours of weekday sleep compared to the overall average of 6.8 hours, representing a 0.6-hour increase. In contrast, device users before bed averaged only 6.2 hours, which is 0.6 hours below the average, indicating a negative correlation.

Question 12

A fitness center monitored member usage patterns across different time periods over three months. Morning sessions (6-10 AM) averaged 145 members with 92% equipment availability. Midday periods (10 AM-2 PM) had 89 members with 98% equipment availability. Afternoon sessions (2-6 PM) averaged 167 members with 88% equipment availability. Evening periods (6-10 PM) peaked at 201 members with 82% equipment availability.

Based on the usage data, which time period represents the optimal balance between member service and equipment availability?

  1. Morning sessions provide optimal balance with strong member attendance and excellent equipment availability (correct answer)
  2. Midday periods provide optimal balance with moderate attendance ensuring maximum equipment availability
  3. Afternoon sessions provide optimal balance with high member engagement while maintaining reasonable availability
  4. Evening periods provide optimal balance despite equipment constraints through maximum facility utilization
Explanation: Optimal balance requires both substantial member usage and adequate equipment availability. Morning sessions achieve strong attendance (145 members) while maintaining high equipment availability (92%). Midday is underutilized (89 members), afternoon shows strain (88% availability), and evening is overcrowded (82% availability).

Question 13

A public transportation system tracked ridership and on-time performance across four bus routes over six months. Route 1: 3,200 daily riders, 87% on-time rate. Route 2: 2,800 daily riders, 91% on-time rate. Route 3: 4,100 daily riders, 82% on-time rate. Route 4: 1,900 daily riders, 94% on-time rate. Customer satisfaction surveys showed that on-time performance was the most important factor for 78% of riders.

Given that punctuality is the primary concern for most riders, which route provides the best service quality?

  1. Route 1 provides the best service quality, effectively balancing high ridership demand with reliable scheduling performance standards
  2. Route 2 provides the best service quality, achieving strong punctuality ratings while maintaining substantial passenger volume and satisfaction
  3. Route 3 provides the best service quality, demonstrating system capacity to handle maximum ridership despite scheduling challenges
  4. Route 4 provides the best service quality, delivering the highest on-time performance that most directly addresses passenger priorities (correct answer)
Explanation: Since 78% of riders prioritize on-time performance above other factors, Route 4's 94% on-time rate represents the highest service quality. While it serves fewer passengers (1,900), it best meets the stated priority of most customers for reliable, punctual service.

Question 14

A telecommunications company evaluated network performance across four service areas during peak usage hours over six months. Urban downtown: 50,000 active users, 25 Mbps average speed, 98% uptime, 15% dropped calls. Suburban residential: 35,000 users, 45 Mbps average speed, 99.2% uptime, 8% dropped calls. Rural communities: 8,000 users, 15 Mbps average speed, 96% uptime, 22% dropped calls. Business district: 28,000 users, 38 Mbps average speed, 99.5% uptime, 6% dropped calls.

Which service area demonstrates the most reliable overall network performance for telecommunications customers?

  1. Urban downtown demonstrates most reliable performance successfully supporting highest user volume despite network congestion
  2. Suburban residential demonstrates most reliable performance combining excellent speeds with superior uptime and call quality
  3. Rural communities demonstrate most reliable performance providing essential connectivity despite infrastructure and geographic limitations
  4. Business district demonstrates most reliable performance achieving optimal uptime and call quality for commercial communications (correct answer)
Explanation: Business district achieves the best overall reliability with highest uptime (99.5%) and lowest dropped call rate (6%), while maintaining strong speed (38 Mbps). These metrics indicate superior network stability and service quality, which are crucial for reliable telecommunications performance.

Question 15

A university library tracked resource usage across different study areas during finals week. The main reading room (200 seats) averaged 85% occupancy. Group study rooms (8 rooms, 6 seats each) averaged 92% occupancy. Individual carrels (150 spaces) averaged 78% occupancy. Computer lab areas (80 stations) averaged 96% occupancy. Students spent an average of 3.5 hours per session in all areas.

According to the usage data, which study area experienced the highest demand relative to its available capacity?

  1. The main reading room experienced highest demand, serving approximately 170 students simultaneously during peak usage periods
  2. Group study rooms experienced highest demand, with approximately 44 students using these collaborative spaces during peak times
  3. Individual carrels experienced highest demand, accommodating approximately 117 students who preferred private study environments during finals
  4. Computer lab areas experienced highest demand, with approximately 77 students requiring technology resources for their studies (correct answer)
Explanation: Demand relative to capacity is measured by occupancy percentage. Main reading room: 85%. Group study rooms: 92%. Individual carrels: 78%. Computer labs: 96%. The computer lab areas had the highest occupancy rate at 96%, indicating the greatest demand relative to available capacity.

Question 16

A school district tracked student performance on standardized tests over five years. In 2019, 68% of students met proficiency standards. In 2020, this dropped to 61% due to pandemic disruptions. The following year showed improvement to 65%, then 71% in 2022, and finally 74% in 2023. The district implemented new teaching methods in 2021 and increased technology funding in 2022.

What trend does the five-year data reveal about student performance in this district?

  1. Performance declined consistently throughout the entire five-year period, indicating systemic educational problems requiring immediate intervention
  2. Performance remained completely stable across all five years, suggesting that external factors had no measurable impact
  3. Performance dropped initially but then recovered and exceeded the starting level by the end of the period (correct answer)
  4. Performance peaked in 2020 and then declined steadily, showing the negative effects of increased technology usage
Explanation: The data shows performance started at 68% in 2019, dropped to 61% in 2020, then steadily recovered to 65%, 71%, and finally 74% in 2023. This represents a recovery from the initial decline and ultimately exceeds the 2019 baseline by 6 percentage points.

Question 17

An online retailer analyzed shipping performance across four delivery methods during holiday season. Standard shipping: 2.2 million packages, 7-day average delivery, 92% on-time rate, $8.50 cost per package. Express shipping: 800,000 packages, 3-day average delivery, 95% on-time rate, $18.00 cost per package. Overnight delivery: 300,000 packages, 1-day delivery, 97% on-time rate, $35.00 cost per package. Same-day service: 150,000 packages, same-day delivery, 89% on-time rate, $45.00 cost per package.

Which shipping method provides the best value proposition considering cost, reliability, and delivery speed?

  1. Standard shipping provides best value with low cost and high reliability, serving the majority of customers efficiently (correct answer)
  2. Express shipping provides best value by balancing moderate cost with excellent reliability and reasonable delivery speed
  3. Overnight delivery provides best value through premium speed and superior reliability, justifying higher costs for urgent needs
  4. Same-day service provides best value with maximum speed, despite premium pricing and slightly lower reliability ratings
Explanation: Standard shipping offers the lowest cost ($8.50) with strong reliability (92% on-time) and serves the vast majority of customers (2.2 million packages). While not the fastest, it provides excellent value for most shipping needs, balancing cost-effectiveness with dependable service for the largest customer segment.

Question 18

A restaurant chain evaluated menu item profitability across four categories during peak dinner hours. Appetizers: $12 average price, $4.20 food cost, 180 orders daily. Entrees: $24 average price, $9.60 food cost, 320 orders daily. Desserts: $8 average price, $2.40 food cost, 95 orders daily. Beverages: $5 average price, $1.25 food cost, 410 orders daily.

Which menu category generated the highest total daily profit margin for the restaurant?

  1. Appetizers generated the highest profit at approximately $1,404, demonstrating strong pricing power and efficient ingredient utilization
  2. Entrees generated the highest profit at approximately $4,608, leveraging substantial order volume despite moderate per-item margins (correct answer)
  3. Desserts generated the highest profit at approximately $532, achieving excellent margins through premium pricing on low-cost ingredients
  4. Beverages generated the highest profit at approximately $1,538, maximizing volume sales with consistent pricing across all customer segments
Explanation: Daily profit = (Average price - Food cost) × Orders. Appetizers: ($12 - $4.20) × 180 = 1,404.Entrees:(1,404. Entrees: (24 - $9.60) × 320 = 4,608.Desserts:(4,608. Desserts: (8 - $2.40) × 95 = 532.Beverages:(532. Beverages: (5 - $1.25) × 410 = $1,538. Entrees generated the highest total profit.

Question 19

A streaming service analyzed viewing patterns across different content categories over three months. Drama series: 45 million total hours viewed, 2.8 average rating, 15% completion rate. Comedy shows: 38 million hours viewed, 3.2 average rating, 22% completion rate. Documentaries: 12 million hours viewed, 3.7 average rating, 35% completion rate. Reality TV: 52 million hours viewed, 2.4 average rating, 18% completion rate.

Based on viewer engagement metrics, which content category demonstrates the highest quality audience experience?

  1. Drama series demonstrate highest quality through substantial viewing hours, indicating strong audience attraction and sustained interest patterns
  2. Comedy shows demonstrate highest quality by balancing significant viewing volume with above-average ratings and reasonable completion metrics
  3. Documentaries demonstrate highest quality with superior ratings and completion rates, indicating highly engaged and satisfied viewer experiences (correct answer)
  4. Reality TV demonstrates highest quality through maximum viewing hours, proving broad audience appeal and consistent entertainment value
Explanation: Quality audience experience combines high satisfaction (rating) with engagement (completion rate). Documentaries achieve the highest rating (3.7) and highest completion rate (35%), indicating viewers both enjoy and finish the content, demonstrating superior quality experience despite lower total viewing hours.

Question 20

A manufacturing company tracked production efficiency across four assembly lines over six months. Line A produced 1,200 units per day with 3% defect rate. Line B produced 980 units daily with 1.5% defects. Line C achieved 1,350 units per day with 4.2% defects. Line D produced 1,100 units daily with 2.8% defects. Quality control costs $15 per defective unit to correct.

Which assembly line achieved the highest daily output of acceptable quality products?

  1. Line A achieved the highest output with approximately 1,164 acceptable units, balancing strong production volume with reasonable quality
  2. Line B achieved the highest output with approximately 965 acceptable units, demonstrating superior quality control and manufacturing precision
  3. Line C achieved the highest output with approximately 1,293 acceptable units, maximizing productivity despite slightly higher defect rates (correct answer)
  4. Line D achieved the highest output with approximately 1,069 acceptable units, providing the best balance of efficiency and quality
Explanation: Acceptable units = Total production × (100% - defect rate). Line A: 1,200 × 97% = 1,164. Line B: 980 × 98.5% = 965. Line C: 1,350 × 95.8% = 1,293. Line D: 1,100 × 97.2% = 1,069. Line C produces the most acceptable units despite having the highest defect rate.