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Read the passage and answer the questions that follow by choosing the correct option:Hans Selye, a Vienna-born scientist, working in the 20th century, was the first person to describe GAS. Selye found that rats displayed a similar set of physical responses to several different stressors. The latter included cold temperatures, excessive physical exertions, and injection with toxins. The scientist explained GAS as the body’s way of adapting to a perceived threat to better equip it to survive. A paper on Selye’s GAS theory was published in The Journal of Clinical Endocrinology in 1946. The three stages of GAS are: (A) Alarm reaction (B) Resistance (C) Exhaustion When does GAS occur? Selye’s study was limited to physical stressors, such as cold temperatures and physical overexertion. However, it is now understood that life events that induce psychological stress cause the same physical reactions, as were seen in Selye’s study. The sort of life events that can cause a person to experience stress and GAS include (relationship breakdowns, losing a job, medical problems and money troubles) In theory, the fact that these situations can cause GAS may be beneficial. The alarm reaction gives people a burst of energy and concentration that could help them to problem-solve. For most people, however, the physical response their body goes through when they are under stress is not helpful. Unlike threats people may have faced in the Stone Age, a person nowadays is unlikely to be able to resolve a stressful situation of modern day life with a burst of energy. Long-term stress can have a negative impact on a person physically and on their immune system. A 2008 paper noted that chronic stress could lead to increased risk of viral infection, stomach ulcers, depression and heart disease.Q. According to Selye’s GAS model, we respond to stress with alarm, then with resistance and, finally, with ________.a)adjustmentb)eustressc)commitmentd)exhaustionCorrect answer is option 'D'. Can you explain this answer? for Humanities/Arts 2024 is part of Humanities/Arts preparation. The Question and answers have been prepared according to the Humanities/Arts exam syllabus. Information about Read the passage and answer the questions that follow by choosing the correct option:Hans Selye, a Vienna-born scientist, working in the 20th century, was the first person to describe GAS. Selye found that rats displayed a similar set of physical responses to several different stressors. The latter included cold temperatures, excessive physical exertions, and injection with toxins. The scientist explained GAS as the body’s way of adapting to a perceived threat to better equip it to survive. A paper on Selye’s GAS theory was published in The Journal of Clinical Endocrinology in 1946. The three stages of GAS are: (A) Alarm reaction (B) Resistance (C) Exhaustion When does GAS occur? Selye’s study was limited to physical stressors, such as cold temperatures and physical overexertion. However, it is now understood that life events that induce psychological stress cause the same physical reactions, as were seen in Selye’s study. The sort of life events that can cause a person to experience stress and GAS include (relationship breakdowns, losing a job, medical problems and money troubles) In theory, the fact that these situations can cause GAS may be beneficial. The alarm reaction gives people a burst of energy and concentration that could help them to problem-solve. For most people, however, the physical response their body goes through when they are under stress is not helpful. Unlike threats people may have faced in the Stone Age, a person nowadays is unlikely to be able to resolve a stressful situation of modern day life with a burst of energy. Long-term stress can have a negative impact on a person physically and on their immune system. A 2008 paper noted that chronic stress could lead to increased risk of viral infection, stomach ulcers, depression and heart disease.Q. According to Selye’s GAS model, we respond to stress with alarm, then with resistance and, finally, with ________.a)adjustmentb)eustressc)commitmentd)exhaustionCorrect answer is option 'D'. Can you explain this answer? covers all topics & solutions for Humanities/Arts 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Read the passage and answer the questions that follow by choosing the correct option:Hans Selye, a Vienna-born scientist, working in the 20th century, was the first person to describe GAS. Selye found that rats displayed a similar set of physical responses to several different stressors. The latter included cold temperatures, excessive physical exertions, and injection with toxins. The scientist explained GAS as the body’s way of adapting to a perceived threat to better equip it to survive. A paper on Selye’s GAS theory was published in The Journal of Clinical Endocrinology in 1946. The three stages of GAS are: (A) Alarm reaction (B) Resistance (C) Exhaustion When does GAS occur? Selye’s study was limited to physical stressors, such as cold temperatures and physical overexertion. However, it is now understood that life events that induce psychological stress cause the same physical reactions, as were seen in Selye’s study. The sort of life events that can cause a person to experience stress and GAS include (relationship breakdowns, losing a job, medical problems and money troubles) In theory, the fact that these situations can cause GAS may be beneficial. The alarm reaction gives people a burst of energy and concentration that could help them to problem-solve. For most people, however, the physical response their body goes through when they are under stress is not helpful. Unlike threats people may have faced in the Stone Age, a person nowadays is unlikely to be able to resolve a stressful situation of modern day life with a burst of energy. Long-term stress can have a negative impact on a person physically and on their immune system. A 2008 paper noted that chronic stress could lead to increased risk of viral infection, stomach ulcers, depression and heart disease.Q. According to Selye’s GAS model, we respond to stress with alarm, then with resistance and, finally, with ________.a)adjustmentb)eustressc)commitmentd)exhaustionCorrect answer is option 'D'. Can you explain this answer?.

Solutions for Read the passage and answer the questions that follow by choosing the correct option:Hans Selye, a Vienna-born scientist, working in the 20th century, was the first person to describe GAS. Selye found that rats displayed a similar set of physical responses to several different stressors. The latter included cold temperatures, excessive physical exertions, and injection with toxins. The scientist explained GAS as the body’s way of adapting to a perceived threat to better equip it to survive. A paper on Selye’s GAS theory was published in The Journal of Clinical Endocrinology in 1946. The three stages of GAS are: (A) Alarm reaction (B) Resistance (C) Exhaustion When does GAS occur? Selye’s study was limited to physical stressors, such as cold temperatures and physical overexertion. However, it is now understood that life events that induce psychological stress cause the same physical reactions, as were seen in Selye’s study. The sort of life events that can cause a person to experience stress and GAS include (relationship breakdowns, losing a job, medical problems and money troubles) In theory, the fact that these situations can cause GAS may be beneficial. The alarm reaction gives people a burst of energy and concentration that could help them to problem-solve. For most people, however, the physical response their body goes through when they are under stress is not helpful. Unlike threats people may have faced in the Stone Age, a person nowadays is unlikely to be able to resolve a stressful situation of modern day life with a burst of energy. Long-term stress can have a negative impact on a person physically and on their immune system. A 2008 paper noted that chronic stress could lead to increased risk of viral infection, stomach ulcers, depression and heart disease.Q. According to Selye’s GAS model, we respond to stress with alarm, then with resistance and, finally, with ________.a)adjustmentb)eustressc)commitmentd)exhaustionCorrect answer is option 'D'. Can you explain this answer? in English & in Hindi are available as part of our courses for Humanities/Arts. Download more important topics, notes, lectures and mock test series for Humanities/Arts Exam by signing up for free.

Here you can find the meaning of Read the passage and answer the questions that follow by choosing the correct option:Hans Selye, a Vienna-born scientist, working in the 20th century, was the first person to describe GAS. Selye found that rats displayed a similar set of physical responses to several different stressors. The latter included cold temperatures, excessive physical exertions, and injection with toxins. The scientist explained GAS as the body’s way of adapting to a perceived threat to better equip it to survive. A paper on Selye’s GAS theory was published in The Journal of Clinical Endocrinology in 1946. The three stages of GAS are: (A) Alarm reaction (B) Resistance (C) Exhaustion When does GAS occur? Selye’s study was limited to physical stressors, such as cold temperatures and physical overexertion. However, it is now understood that life events that induce psychological stress cause the same physical reactions, as were seen in Selye’s study. The sort of life events that can cause a person to experience stress and GAS include (relationship breakdowns, losing a job, medical problems and money troubles) In theory, the fact that these situations can cause GAS may be beneficial. The alarm reaction gives people a burst of energy and concentration that could help them to problem-solve. For most people, however, the physical response their body goes through when they are under stress is not helpful. Unlike threats people may have faced in the Stone Age, a person nowadays is unlikely to be able to resolve a stressful situation of modern day life with a burst of energy. Long-term stress can have a negative impact on a person physically and on their immune system. A 2008 paper noted that chronic stress could lead to increased risk of viral infection, stomach ulcers, depression and heart disease.Q. According to Selye’s GAS model, we respond to stress with alarm, then with resistance and, finally, with ________.a)adjustmentb)eustressc)commitmentd)exhaustionCorrect answer is option 'D'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of Read the passage and answer the questions that follow by choosing the correct option:Hans Selye, a Vienna-born scientist, working in the 20th century, was the first person to describe GAS. Selye found that rats displayed a similar set of physical responses to several different stressors. The latter included cold temperatures, excessive physical exertions, and injection with toxins. The scientist explained GAS as the body’s way of adapting to a perceived threat to better equip it to survive. A paper on Selye’s GAS theory was published in The Journal of Clinical Endocrinology in 1946. The three stages of GAS are: (A) Alarm reaction (B) Resistance (C) Exhaustion When does GAS occur? Selye’s study was limited to physical stressors, such as cold temperatures and physical overexertion. However, it is now understood that life events that induce psychological stress cause the same physical reactions, as were seen in Selye’s study. The sort of life events that can cause a person to experience stress and GAS include (relationship breakdowns, losing a job, medical problems and money troubles) In theory, the fact that these situations can cause GAS may be beneficial. The alarm reaction gives people a burst of energy and concentration that could help them to problem-solve. For most people, however, the physical response their body goes through when they are under stress is not helpful. Unlike threats people may have faced in the Stone Age, a person nowadays is unlikely to be able to resolve a stressful situation of modern day life with a burst of energy. Long-term stress can have a negative impact on a person physically and on their immune system. A 2008 paper noted that chronic stress could lead to increased risk of viral infection, stomach ulcers, depression and heart disease.Q. According to Selye’s GAS model, we respond to stress with alarm, then with resistance and, finally, with ________.a)adjustmentb)eustressc)commitmentd)exhaustionCorrect answer is option 'D'. Can you explain this answer?, a detailed solution for Read the passage and answer the questions that follow by choosing the correct option:Hans Selye, a Vienna-born scientist, working in the 20th century, was the first person to describe GAS. Selye found that rats displayed a similar set of physical responses to several different stressors. The latter included cold temperatures, excessive physical exertions, and injection with toxins. The scientist explained GAS as the body’s way of adapting to a perceived threat to better equip it to survive. A paper on Selye’s GAS theory was published in The Journal of Clinical Endocrinology in 1946. The three stages of GAS are: (A) Alarm reaction (B) Resistance (C) Exhaustion When does GAS occur? Selye’s study was limited to physical stressors, such as cold temperatures and physical overexertion. However, it is now understood that life events that induce psychological stress cause the same physical reactions, as were seen in Selye’s study. The sort of life events that can cause a person to experience stress and GAS include (relationship breakdowns, losing a job, medical problems and money troubles) In theory, the fact that these situations can cause GAS may be beneficial. The alarm reaction gives people a burst of energy and concentration that could help them to problem-solve. For most people, however, the physical response their body goes through when they are under stress is not helpful. Unlike threats people may have faced in the Stone Age, a person nowadays is unlikely to be able to resolve a stressful situation of modern day life with a burst of energy. Long-term stress can have a negative impact on a person physically and on their immune system. A 2008 paper noted that chronic stress could lead to increased risk of viral infection, stomach ulcers, depression and heart disease.Q. According to Selye’s GAS model, we respond to stress with alarm, then with resistance and, finally, with ________.a)adjustmentb)eustressc)commitmentd)exhaustionCorrect answer is option 'D'. Can you explain this answer? has been provided alongside types of Read the passage and answer the questions that follow by choosing the correct option:Hans Selye, a Vienna-born scientist, working in the 20th century, was the first person to describe GAS. Selye found that rats displayed a similar set of physical responses to several different stressors. The latter included cold temperatures, excessive physical exertions, and injection with toxins. The scientist explained GAS as the body’s way of adapting to a perceived threat to better equip it to survive. A paper on Selye’s GAS theory was published in The Journal of Clinical Endocrinology in 1946. The three stages of GAS are: (A) Alarm reaction (B) Resistance (C) Exhaustion When does GAS occur? Selye’s study was limited to physical stressors, such as cold temperatures and physical overexertion. However, it is now understood that life events that induce psychological stress cause the same physical reactions, as were seen in Selye’s study. The sort of life events that can cause a person to experience stress and GAS include (relationship breakdowns, losing a job, medical problems and money troubles) In theory, the fact that these situations can cause GAS may be beneficial. The alarm reaction gives people a burst of energy and concentration that could help them to problem-solve. For most people, however, the physical response their body goes through when they are under stress is not helpful. Unlike threats people may have faced in the Stone Age, a person nowadays is unlikely to be able to resolve a stressful situation of modern day life with a burst of energy. Long-term stress can have a negative impact on a person physically and on their immune system. A 2008 paper noted that chronic stress could lead to increased risk of viral infection, stomach ulcers, depression and heart disease.Q. According to Selye’s GAS model, we respond to stress with alarm, then with resistance and, finally, with ________.a)adjustmentb)eustressc)commitmentd)exhaustionCorrect answer is option 'D'. Can you explain this answer? theory, EduRev gives you an ample number of questions to practice Read the passage and answer the questions that follow by choosing the correct option:Hans Selye, a Vienna-born scientist, working in the 20th century, was the first person to describe GAS. Selye found that rats displayed a similar set of physical responses to several different stressors. The latter included cold temperatures, excessive physical exertions, and injection with toxins. The scientist explained GAS as the body’s way of adapting to a perceived threat to better equip it to survive. A paper on Selye’s GAS theory was published in The Journal of Clinical Endocrinology in 1946. The three stages of GAS are: (A) Alarm reaction (B) Resistance (C) Exhaustion When does GAS occur? Selye’s study was limited to physical stressors, such as cold temperatures and physical overexertion. However, it is now understood that life events that induce psychological stress cause the same physical reactions, as were seen in Selye’s study. The sort of life events that can cause a person to experience stress and GAS include (relationship breakdowns, losing a job, medical problems and money troubles) In theory, the fact that these situations can cause GAS may be beneficial. The alarm reaction gives people a burst of energy and concentration that could help them to problem-solve. For most people, however, the physical response their body goes through when they are under stress is not helpful. Unlike threats people may have faced in the Stone Age, a person nowadays is unlikely to be able to resolve a stressful situation of modern day life with a burst of energy. Long-term stress can have a negative impact on a person physically and on their immune system. A 2008 paper noted that chronic stress could lead to increased risk of viral infection, stomach ulcers, depression and heart disease.Q. According to Selye’s GAS model, we respond to stress with alarm, then with resistance and, finally, with ________.a)adjustmentb)eustressc)commitmentd)exhaustionCorrect answer is option 'D'. Can you explain this answer? tests, examples and also practice Humanities/Arts tests.