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Errors in the performance of repetitive or “boring” tasks—often attributed to a momentary lapse in concentration—can be serious in such activities as flying a passenger aircraft. Is there any method that would provide warning of such lapses—for example by monitoring brain activity? Researchers scanned the brains of volunteers performing a repetitive task. When the tasks were being performed correctly, the volunteers brains showed activity in cognitive-processing regions. However, these regions became less active several seconds before some errors were made, and another brain region, region X, became active. The researchers concluded that the monitoring of region X could provide warning of an impending error.Which of the following, if true, most supports the researchers conclusion?a)The cognitive effort required in performing a repetitive task diminishes significantly with increases in the number of repetitions of the task performance.b)Once a mistake was made and detected, brain activity in regions associated with cognitive effort sometimes increased.c)Other research found that whenever significant activity occurs in region X, it is generally with repetitive tasks, soon before an error occurs.d)The diminution of brain activity in cognitive processing regions and the increase of activity in region X began at least 5 seconds before the errors occurred.e)Reduced activity in brain regions associated with cognitive effort was accompanied by increased activity in regions that become active during sleep.Correct answer is option 'C'. Can you explain this answer? for GMAT 2024 is part of GMAT preparation. The Question and answers have been prepared according to the GMAT exam syllabus. Information about Errors in the performance of repetitive or “boring” tasks—often attributed to a momentary lapse in concentration—can be serious in such activities as flying a passenger aircraft. Is there any method that would provide warning of such lapses—for example by monitoring brain activity? Researchers scanned the brains of volunteers performing a repetitive task. When the tasks were being performed correctly, the volunteers brains showed activity in cognitive-processing regions. However, these regions became less active several seconds before some errors were made, and another brain region, region X, became active. The researchers concluded that the monitoring of region X could provide warning of an impending error.Which of the following, if true, most supports the researchers conclusion?a)The cognitive effort required in performing a repetitive task diminishes significantly with increases in the number of repetitions of the task performance.b)Once a mistake was made and detected, brain activity in regions associated with cognitive effort sometimes increased.c)Other research found that whenever significant activity occurs in region X, it is generally with repetitive tasks, soon before an error occurs.d)The diminution of brain activity in cognitive processing regions and the increase of activity in region X began at least 5 seconds before the errors occurred.e)Reduced activity in brain regions associated with cognitive effort was accompanied by increased activity in regions that become active during sleep.Correct answer is option 'C'. Can you explain this answer? covers all topics & solutions for GMAT 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Errors in the performance of repetitive or “boring” tasks—often attributed to a momentary lapse in concentration—can be serious in such activities as flying a passenger aircraft. Is there any method that would provide warning of such lapses—for example by monitoring brain activity? Researchers scanned the brains of volunteers performing a repetitive task. When the tasks were being performed correctly, the volunteers brains showed activity in cognitive-processing regions. However, these regions became less active several seconds before some errors were made, and another brain region, region X, became active. The researchers concluded that the monitoring of region X could provide warning of an impending error.Which of the following, if true, most supports the researchers conclusion?a)The cognitive effort required in performing a repetitive task diminishes significantly with increases in the number of repetitions of the task performance.b)Once a mistake was made and detected, brain activity in regions associated with cognitive effort sometimes increased.c)Other research found that whenever significant activity occurs in region X, it is generally with repetitive tasks, soon before an error occurs.d)The diminution of brain activity in cognitive processing regions and the increase of activity in region X began at least 5 seconds before the errors occurred.e)Reduced activity in brain regions associated with cognitive effort was accompanied by increased activity in regions that become active during sleep.Correct answer is option 'C'. Can you explain this answer?.

Solutions for Errors in the performance of repetitive or “boring” tasks—often attributed to a momentary lapse in concentration—can be serious in such activities as flying a passenger aircraft. Is there any method that would provide warning of such lapses—for example by monitoring brain activity? Researchers scanned the brains of volunteers performing a repetitive task. When the tasks were being performed correctly, the volunteers brains showed activity in cognitive-processing regions. However, these regions became less active several seconds before some errors were made, and another brain region, region X, became active. The researchers concluded that the monitoring of region X could provide warning of an impending error.Which of the following, if true, most supports the researchers conclusion?a)The cognitive effort required in performing a repetitive task diminishes significantly with increases in the number of repetitions of the task performance.b)Once a mistake was made and detected, brain activity in regions associated with cognitive effort sometimes increased.c)Other research found that whenever significant activity occurs in region X, it is generally with repetitive tasks, soon before an error occurs.d)The diminution of brain activity in cognitive processing regions and the increase of activity in region X began at least 5 seconds before the errors occurred.e)Reduced activity in brain regions associated with cognitive effort was accompanied by increased activity in regions that become active during sleep.Correct answer is option 'C'. Can you explain this answer? in English & in Hindi are available as part of our courses for GMAT. Download more important topics, notes, lectures and mock test series for GMAT Exam by signing up for free.

Here you can find the meaning of Errors in the performance of repetitive or “boring” tasks—often attributed to a momentary lapse in concentration—can be serious in such activities as flying a passenger aircraft. Is there any method that would provide warning of such lapses—for example by monitoring brain activity? Researchers scanned the brains of volunteers performing a repetitive task. When the tasks were being performed correctly, the volunteers brains showed activity in cognitive-processing regions. However, these regions became less active several seconds before some errors were made, and another brain region, region X, became active. The researchers concluded that the monitoring of region X could provide warning of an impending error.Which of the following, if true, most supports the researchers conclusion?a)The cognitive effort required in performing a repetitive task diminishes significantly with increases in the number of repetitions of the task performance.b)Once a mistake was made and detected, brain activity in regions associated with cognitive effort sometimes increased.c)Other research found that whenever significant activity occurs in region X, it is generally with repetitive tasks, soon before an error occurs.d)The diminution of brain activity in cognitive processing regions and the increase of activity in region X began at least 5 seconds before the errors occurred.e)Reduced activity in brain regions associated with cognitive effort was accompanied by increased activity in regions that become active during sleep.Correct answer is option 'C'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of Errors in the performance of repetitive or “boring” tasks—often attributed to a momentary lapse in concentration—can be serious in such activities as flying a passenger aircraft. Is there any method that would provide warning of such lapses—for example by monitoring brain activity? Researchers scanned the brains of volunteers performing a repetitive task. When the tasks were being performed correctly, the volunteers brains showed activity in cognitive-processing regions. However, these regions became less active several seconds before some errors were made, and another brain region, region X, became active. The researchers concluded that the monitoring of region X could provide warning of an impending error.Which of the following, if true, most supports the researchers conclusion?a)The cognitive effort required in performing a repetitive task diminishes significantly with increases in the number of repetitions of the task performance.b)Once a mistake was made and detected, brain activity in regions associated with cognitive effort sometimes increased.c)Other research found that whenever significant activity occurs in region X, it is generally with repetitive tasks, soon before an error occurs.d)The diminution of brain activity in cognitive processing regions and the increase of activity in region X began at least 5 seconds before the errors occurred.e)Reduced activity in brain regions associated with cognitive effort was accompanied by increased activity in regions that become active during sleep.Correct answer is option 'C'. Can you explain this answer?, a detailed solution for Errors in the performance of repetitive or “boring” tasks—often attributed to a momentary lapse in concentration—can be serious in such activities as flying a passenger aircraft. Is there any method that would provide warning of such lapses—for example by monitoring brain activity? Researchers scanned the brains of volunteers performing a repetitive task. When the tasks were being performed correctly, the volunteers brains showed activity in cognitive-processing regions. However, these regions became less active several seconds before some errors were made, and another brain region, region X, became active. The researchers concluded that the monitoring of region X could provide warning of an impending error.Which of the following, if true, most supports the researchers conclusion?a)The cognitive effort required in performing a repetitive task diminishes significantly with increases in the number of repetitions of the task performance.b)Once a mistake was made and detected, brain activity in regions associated with cognitive effort sometimes increased.c)Other research found that whenever significant activity occurs in region X, it is generally with repetitive tasks, soon before an error occurs.d)The diminution of brain activity in cognitive processing regions and the increase of activity in region X began at least 5 seconds before the errors occurred.e)Reduced activity in brain regions associated with cognitive effort was accompanied by increased activity in regions that become active during sleep.Correct answer is option 'C'. Can you explain this answer? has been provided alongside types of Errors in the performance of repetitive or “boring” tasks—often attributed to a momentary lapse in concentration—can be serious in such activities as flying a passenger aircraft. Is there any method that would provide warning of such lapses—for example by monitoring brain activity? Researchers scanned the brains of volunteers performing a repetitive task. When the tasks were being performed correctly, the volunteers brains showed activity in cognitive-processing regions. However, these regions became less active several seconds before some errors were made, and another brain region, region X, became active. The researchers concluded that the monitoring of region X could provide warning of an impending error.Which of the following, if true, most supports the researchers conclusion?a)The cognitive effort required in performing a repetitive task diminishes significantly with increases in the number of repetitions of the task performance.b)Once a mistake was made and detected, brain activity in regions associated with cognitive effort sometimes increased.c)Other research found that whenever significant activity occurs in region X, it is generally with repetitive tasks, soon before an error occurs.d)The diminution of brain activity in cognitive processing regions and the increase of activity in region X began at least 5 seconds before the errors occurred.e)Reduced activity in brain regions associated with cognitive effort was accompanied by increased activity in regions that become active during sleep.Correct answer is option 'C'. Can you explain this answer? theory, EduRev gives you an ample number of questions to practice Errors in the performance of repetitive or “boring” tasks—often attributed to a momentary lapse in concentration—can be serious in such activities as flying a passenger aircraft. Is there any method that would provide warning of such lapses—for example by monitoring brain activity? Researchers scanned the brains of volunteers performing a repetitive task. When the tasks were being performed correctly, the volunteers brains showed activity in cognitive-processing regions. However, these regions became less active several seconds before some errors were made, and another brain region, region X, became active. The researchers concluded that the monitoring of region X could provide warning of an impending error.Which of the following, if true, most supports the researchers conclusion?a)The cognitive effort required in performing a repetitive task diminishes significantly with increases in the number of repetitions of the task performance.b)Once a mistake was made and detected, brain activity in regions associated with cognitive effort sometimes increased.c)Other research found that whenever significant activity occurs in region X, it is generally with repetitive tasks, soon before an error occurs.d)The diminution of brain activity in cognitive processing regions and the increase of activity in region X began at least 5 seconds before the errors occurred.e)Reduced activity in brain regions associated with cognitive effort was accompanied by increased activity in regions that become active during sleep.Correct answer is option 'C'. 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