SBI Clerk Prelims Mock Test - 14 - Banking Exams MCQ

Directions : Read the following passage carefully and choose the best answer to each question out of the five given alternatives.

It was once believed that the brain was independent of metabolic processes occurring elsewhere in the body. In recent studies, however, we have discovered that the production and release in brain neurons of the neurotransmitter serotonin (neurotransmitters are compounds that neurons use to transmit signals to other cells) depend directly on the food that the body processes.

Our first studies sought to determine whether the increase in serotonin observed in rats given a large injection of the amino acid tryptophan might also occur after rats ate meals that change tryptophan levels in the blood. We found that immediately after the rats began to eat, parallel elevations occurred in blood tryptophan, brain tryptophan, and brain serotonin levels. These findings suggested that the production and release of serotonin in brain neurons were normally coupled with blood-tryptophan increases. In later studies, we found that injecting insulin into a rat’s bloodstream also caused parallel elevations in blood and brain tryptophan levels and in serotonin levels. We then decided to see whether the secretion of the animal’s own insulin similarly affected serotonin production. We gave the rats a carbohydrate-containing meal that we knew would elicit insulin secretion. As we had hypothesized, the blood tryptophan level and the concentrations of tryptophan and of serotonin in the brain increased after the meal.

Surprisingly, however, when we added a large amount of protein to the meal, brain tryptophan, and serotonin levels fell. Since protein contains tryptophan, why should it depress brain tryptophan levels? The answer lies in the mechanism that provides blood tryptophan to the brain cells. This same mechanism also provides the brain cells with other amino acids found in protein, such as tyrosine and leucine. The consumption of protein increases the blood concentration of the other amino acids much more, proportionately, than it does that of tryptophan. The more protein is in a meal, the lower is the ratio of the resulting blood-tryptophan concentration to the concentration of competing for amino acids, and the more slowly is tryptophan provided to the brain. Thus the more protein in a meal, the less serotonin subsequently produced and released.

Q. According to the passage, one reason that the authors gave rats carbohydrates was to

Directions : Read the following passage carefully and choose the best answer to each question out of the five given alternatives.

It was once believed that the brain was independent of metabolic processes occurring elsewhere in the body. In recent studies, however, we have discovered that the production and release in brain neurons of the neurotransmitter serotonin (neurotransmitters are compounds that neurons use to transmit signals to other cells) depend directly on the food that the body processes.

Our first studies sought to determine whether the increase in serotonin observed in rats given a large injection of the amino acid tryptophan might also occur after rats ate meals that change tryptophan levels in the blood. We found that immediately after the rats began to eat, parallel elevations occurred in blood tryptophan, brain tryptophan, and brain serotonin levels. These findings suggested that the production and release of serotonin in brain neurons were normally coupled with blood-tryptophan increases. In later studies, we found that injecting insulin into a rat’s bloodstream also caused parallel elevations in blood and brain tryptophan levels and in serotonin levels. We then decided to see whether the secretion of the animal’s own insulin similarly affected serotonin production. We gave the rats a carbohydrate-containing meal that we knew would elicit insulin secretion. As we had hypothesized, the blood tryptophan level and the concentrations of tryptophan and of serotonin in the brain increased after the meal.

Surprisingly, however, when we added a large amount of protein to the meal, brain tryptophan, and serotonin levels fell. Since protein contains tryptophan, why should it depress brain tryptophan levels? The answer lies in the mechanism that provides blood tryptophan to the brain cells. This same mechanism also provides the brain cells with other amino acids found in protein, such as tyrosine and leucine. The consumption of protein increases the blood concentration of the other amino acids much more, proportionately, than it does that of tryptophan. The more protein is in a meal, the lower is the ratio of the resulting blood-tryptophan concentration to the concentration of competing for amino acids, and the more slowly is tryptophan provided to the brain. Thus the more protein in a meal, the less serotonin subsequently produced and released.

Q. According to the passage, the more protein a rat consumes, the lower will be the

Directions : Read the following passage carefully and choose the best answer to each question out of the five given alternatives.

It was once believed that the brain was independent of metabolic processes occurring elsewhere in the body. In recent studies, however, we have discovered that the production and release in brain neurons of the neurotransmitter serotonin (neurotransmitters are compounds that neurons use to transmit signals to other cells) depend directly on the food that the body processes.

Our first studies sought to determine whether the increase in serotonin observed in rats given a large injection of the amino acid tryptophan might also occur after rats ate meals that change tryptophan levels in the blood. We found that immediately after the rats began to eat, parallel elevations occurred in blood tryptophan, brain tryptophan, and brain serotonin levels. These findings suggested that the production and release of serotonin in brain neurons were normally coupled with blood-tryptophan increases. In later studies, we found that injecting insulin into a rat’s bloodstream also caused parallel elevations in blood and brain tryptophan levels and in serotonin levels. We then decided to see whether the secretion of the animal’s own insulin similarly affected serotonin production. We gave the rats a carbohydrate-containing meal that we knew would elicit insulin secretion. As we had hypothesized, the blood tryptophan level and the concentrations of tryptophan and of serotonin in the brain increased after the meal.

Surprisingly, however, when we added a large amount of protein to the meal, brain tryptophan, and serotonin levels fell. Since protein contains tryptophan, why should it depress brain tryptophan levels? The answer lies in the mechanism that provides blood tryptophan to the brain cells. This same mechanism also provides the brain cells with other amino acids found in protein, such as tyrosine and leucine. The consumption of protein increases the blood concentration of the other amino acids much more, proportionately, than it does that of tryptophan. The more protein is in a meal, the lower is the ratio of the resulting blood-tryptophan concentration to the concentration of competing for amino acids, and the more slowly is tryptophan provided to the brain. Thus the more protein in a meal, the less serotonin subsequently produced and released.

Q. The authors’ discussion of the “mechanism that provides blood tryptophan to the brain cells” is meant to

Directions : Read the following passage carefully and choose the best answer to each question out of the five given alternatives.

It was once believed that the brain was independent of metabolic processes occurring elsewhere in the body. In recent studies, however, we have discovered that the production and release in brain neurons of the neurotransmitter serotonin (neurotransmitters are compounds that neurons use to transmit signals to other cells) depend directly on the food that the body processes.

Our first studies sought to determine whether the increase in serotonin observed in rats given a large injection of the amino acid tryptophan might also occur after rats ate meals that change tryptophan levels in the blood. We found that immediately after the rats began to eat, parallel elevations occurred in blood tryptophan, brain tryptophan, and brain serotonin levels. These findings suggested that the production and release of serotonin in brain neurons were normally coupled with blood-tryptophan increases. In later studies, we found that injecting insulin into a rat’s bloodstream also caused parallel elevations in blood and brain tryptophan levels and in serotonin levels. We then decided to see whether the secretion of the animal’s own insulin similarly affected serotonin production. We gave the rats a carbohydrate-containing meal that we knew would elicit insulin secretion. As we had hypothesized, the blood tryptophan level and the concentrations of tryptophan and of serotonin in the brain increased after the meal.

Surprisingly, however, when we added a large amount of protein to the meal, brain tryptophan, and serotonin levels fell. Since protein contains tryptophan, why should it depress brain tryptophan levels? The answer lies in the mechanism that provides blood tryptophan to the brain cells. This same mechanism also provides the brain cells with other amino acids found in protein, such as tyrosine and leucine. The consumption of protein increases the blood concentration of the other amino acids much more, proportionately, than it does that of tryptophan. The more protein is in a meal, the lower is the ratio of the resulting blood-tryptophan concentration to the concentration of competing for amino acids, and the more slowly is tryptophan provided to the brain. Thus the more protein in a meal, the less serotonin subsequently produced and released.

Q. According to the passage, an injection of insulin was most similar in its effect on rats to an injection of

Directions : Read the following passage carefully and choose the best answer to each question out of the five given alternatives.

It was once believed that the brain was independent of metabolic processes occurring elsewhere in the body. In recent studies, however, we have discovered that the production and release in brain neurons of the neurotransmitter serotonin (neurotransmitters are compounds that neurons use to transmit signals to other cells) depend directly on the food that the body processes.

Our first studies sought to determine whether the increase in serotonin observed in rats given a large injection of the amino acid tryptophan might also occur after rats ate meals that change tryptophan levels in the blood. We found that immediately after the rats began to eat, parallel elevations occurred in blood tryptophan, brain tryptophan, and brain serotonin levels. These findings suggested that the production and release of serotonin in brain neurons were normally coupled with blood-tryptophan increases. In later studies, we found that injecting insulin into a rat’s bloodstream also caused parallel elevations in blood and brain tryptophan levels and in serotonin levels. We then decided to see whether the secretion of the animal’s own insulin similarly affected serotonin production. We gave the rats a carbohydrate-containing meal that we knew would elicit insulin secretion. As we had hypothesized, the blood tryptophan level and the concentrations of tryptophan and of serotonin in the brain increased after the meal.

Surprisingly, however, when we added a large amount of protein to the meal, brain tryptophan, and serotonin levels fell. Since protein contains tryptophan, why should it depress brain tryptophan levels? The answer lies in the mechanism that provides blood tryptophan to the brain cells. This same mechanism also provides the brain cells with other amino acids found in protein, such as tyrosine and leucine. The consumption of protein increases the blood concentration of the other amino acids much more, proportionately, than it does that of tryptophan. The more protein is in a meal, the lower is the ratio of the resulting blood-tryptophan concentration to the concentration of competing for amino acids, and the more slowly is tryptophan provided to the brain. Thus the more protein in a meal, the less serotonin subsequently produced and released.

Q. It can be inferred from the passage that which of the following would be LEAST likely to be a potential source of aid to a patient who was not adequately producing and releasing serotonin?

Directions : Read the following passage carefully and choose the best answer to each question out of the five given alternatives.

It was once believed that the brain was independent of metabolic processes occurring elsewhere in the body. In recent studies, however, we have discovered that the production and release in brain neurons of the neurotransmitter serotonin (neurotransmitters are compounds that neurons use to transmit signals to other cells) depend directly on the food that the body processes.

Our first studies sought to determine whether the increase in serotonin observed in rats given a large injection of the amino acid tryptophan might also occur after rats ate meals that change tryptophan levels in the blood. We found that immediately after the rats began to eat, parallel elevations occurred in blood tryptophan, brain tryptophan, and brain serotonin levels. These findings suggested that the production and release of serotonin in brain neurons were normally coupled with blood-tryptophan increases. In later studies, we found that injecting insulin into a rat’s bloodstream also caused parallel elevations in blood and brain tryptophan levels and in serotonin levels. We then decided to see whether the secretion of the animal’s own insulin similarly affected serotonin production. We gave the rats a carbohydrate-containing meal that we knew would elicit insulin secretion. As we had hypothesized, the blood tryptophan level and the concentrations of tryptophan and of serotonin in the brain increased after the meal.

Surprisingly, however, when we added a large amount of protein to the meal, brain tryptophan, and serotonin levels fell. Since protein contains tryptophan, why should it depress brain tryptophan levels? The answer lies in the mechanism that provides blood tryptophan to the brain cells. This same mechanism also provides the brain cells with other amino acids found in protein, such as tyrosine and leucine. The consumption of protein increases the blood concentration of the other amino acids much more, proportionately, than it does that of tryptophan. The more protein is in a meal, the lower is the ratio of the resulting blood-tryptophan concentration to the concentration of competing for amino acids, and the more slowly is tryptophan provided to the brain. Thus the more protein in a meal, the less serotonin subsequently produced and released.

Q.  It can be inferred from the passage that the authors initially held which of the following hypotheses about what would happen when they fed large amounts of protein to rats?

Directions : Read the following passage carefully and choose the best answer to each question out of the five given alternatives.

It was once believed that the brain was independent of metabolic processes occurring elsewhere in the body. In recent studies, however, we have discovered that the production and release in brain neurons of the neurotransmitter serotonin (neurotransmitters are compounds that neurons use to transmit signals to other cells) depend directly on the food that the body processes.

Our first studies sought to determine whether the increase in serotonin observed in rats given a large injection of the amino acid tryptophan might also occur after rats ate meals that change tryptophan levels in the blood. We found that immediately after the rats began to eat, parallel elevations occurred in blood tryptophan, brain tryptophan, and brain serotonin levels. These findings suggested that the production and release of serotonin in brain neurons were normally coupled with blood-tryptophan increases. In later studies, we found that injecting insulin into a rat’s bloodstream also caused parallel elevations in blood and brain tryptophan levels and in serotonin levels. We then decided to see whether the secretion of the animal’s own insulin similarly affected serotonin production. We gave the rats a carbohydrate-containing meal that we knew would elicit insulin secretion. As we had hypothesized, the blood tryptophan level and the concentrations of tryptophan and of serotonin in the brain increased after the meal.

Surprisingly, however, when we added a large amount of protein to the meal, brain tryptophan, and serotonin levels fell. Since protein contains tryptophan, why should it depress brain tryptophan levels? The answer lies in the mechanism that provides blood tryptophan to the brain cells. This same mechanism also provides the brain cells with other amino acids found in protein, such as tyrosine and leucine. The consumption of protein increases the blood concentration of the other amino acids much more, proportionately, than it does that of tryptophan. The more protein is in a meal, the lower is the ratio of the resulting blood-tryptophan concentration to the concentration of competing for amino acids, and the more slowly is tryptophan provided to the brain. Thus the more protein in a meal, the less serotonin subsequently produced and released.

Directions : Choose the option which is the antonym of the word mentioned in the question.

Fledgling

Directions : Read the following passage carefully and choose the best answer to each question out of the five given alternatives.

It was once believed that the brain was independent of metabolic processes occurring elsewhere in the body. In recent studies, however, we have discovered that the production and release in brain neurons of the neurotransmitter serotonin (neurotransmitters are compounds that neurons use to transmit signals to other cells) depend directly on the food that the body processes.

Our first studies sought to determine whether the increase in serotonin observed in rats given a large injection of the amino acid tryptophan might also occur after rats ate meals that change tryptophan levels in the blood. We found that immediately after the rats began to eat, parallel elevations occurred in blood tryptophan, brain tryptophan, and brain serotonin levels. These findings suggested that the production and release of serotonin in brain neurons were normally coupled with blood-tryptophan increases. In later studies, we found that injecting insulin into a rat’s bloodstream also caused parallel elevations in blood and brain tryptophan levels and in serotonin levels. We then decided to see whether the secretion of the animal’s own insulin similarly affected serotonin production. We gave the rats a carbohydrate-containing meal that we knew would elicit insulin secretion. As we had hypothesized, the blood tryptophan level and the concentrations of tryptophan and of serotonin in the brain increased after the meal.

Surprisingly, however, when we added a large amount of protein to the meal, brain tryptophan, and serotonin levels fell. Since protein contains tryptophan, why should it depress brain tryptophan levels? The answer lies in the mechanism that provides blood tryptophan to the brain cells. This same mechanism also provides the brain cells with other amino acids found in protein, such as tyrosine and leucine. The consumption of protein increases the blood concentration of the other amino acids much more, proportionately, than it does that of tryptophan. The more protein is in a meal, the lower is the ratio of the resulting blood-tryptophan concentration to the concentration of competing for amino acids, and the more slowly is tryptophan provided to the brain. Thus the more protein in a meal, the less serotonin subsequently produced and released.

Directions : Choose the option which is the antonym of the word mentioned in the question.

Apathy

Directions : Read the following passage carefully and choose the best answer to each question out of the five given alternatives.

It was once believed that the brain was independent of metabolic processes occurring elsewhere in the body. In recent studies, however, we have discovered that the production and release in brain neurons of the neurotransmitter serotonin (neurotransmitters are compounds that neurons use to transmit signals to other cells) depend directly on the food that the body processes.

Our first studies sought to determine whether the increase in serotonin observed in rats given a large injection of the amino acid tryptophan might also occur after rats ate meals that change tryptophan levels in the blood. We found that immediately after the rats began to eat, parallel elevations occurred in blood tryptophan, brain tryptophan, and brain serotonin levels. These findings suggested that the production and release of serotonin in brain neurons were normally coupled with blood-tryptophan increases. In later studies, we found that injecting insulin into a rat’s bloodstream also caused parallel elevations in blood and brain tryptophan levels and in serotonin levels. We then decided to see whether the secretion of the animal’s own insulin similarly affected serotonin production. We gave the rats a carbohydrate-containing meal that we knew would elicit insulin secretion. As we had hypothesized, the blood tryptophan level and the concentrations of tryptophan and of serotonin in the brain increased after the meal.

Surprisingly, however, when we added a large amount of protein to the meal, brain tryptophan, and serotonin levels fell. Since protein contains tryptophan, why should it depress brain tryptophan levels? The answer lies in the mechanism that provides blood tryptophan to the brain cells. This same mechanism also provides the brain cells with other amino acids found in protein, such as tyrosine and leucine. The consumption of protein increases the blood concentration of the other amino acids much more, proportionately, than it does that of tryptophan. The more protein is in a meal, the lower is the ratio of the resulting blood-tryptophan concentration to the concentration of competing for amino acids, and the more slowly is tryptophan provided to the brain. Thus the more protein in a meal, the less serotonin subsequently produced and released.

Directions : Choose the option which is the antonym of the word mentioned in the question.

Bucolic

Directions: Fill in the blanks choosing the word that is most appropriate in the context of the passage.

Several years ago, citing brain-drain and patriotism as reasons, the president of one of the IITs ------(13)----undergraduates from accepting academic or business internships overseas. There are other _____(14)_____ to global mobility, too, not always explicitly _____(15)_____, but all having the effect of limiting _____(16)_____ to universities around the world. In the years following the terrorist attacks of September 11, 2001, for example, legitimate _____(17)_____ concerns led to enormous student-visa delays and bureaucratic hassles for _____(18)_____ aspiring to study in the United States. Student numbers have since _____(19)_____, despite intermittent problems, but there remain severe limits on work and residency visas, which should serve as a/n _____(20)_____ for the best and brightest to study in the United States.

Directions: Fill in the blanks choosing the word that is most appropriate in the context of the passage.

Several years ago, citing brain-drain and patriotism as reasons, the president of one of the IITs ------(13)----undergraduates from accepting academic or business internships overseas. There are other _____(14)_____ to global mobility, too, not always explicitly _____(15)_____, but all having the effect of limiting _____(16)_____ to universities around the world. In the years following the terrorist attacks of September 11, 2001, for example, legitimate _____(17)_____ concerns led to enormous student-visa delays and bureaucratic hassles for _____(18)_____ aspiring to study in the United States. Student numbers have since _____(19)_____, despite intermittent problems, but there remain severe limits on work and residency visas, which should serve as a/n _____(20)_____ for the best and brightest to study in the United States.

Directions: Fill in the blanks choosing the word that is most appropriate in the context of the passage.

Several years ago, citing brain-drain and patriotism as reasons, the president of one of the IITs ------(13)----undergraduates from accepting academic or business internships overseas. There are other _____(14)_____ to global mobility, too, not always explicitly _____(15)_____, but all having the effect of limiting _____(16)_____ to universities around the world. In the years following the terrorist attacks of September 11, 2001, for example, legitimate _____(17)_____ concerns led to enormous student-visa delays and bureaucratic hassles for _____(18)_____ aspiring to study in the United States. Student numbers have since _____(19)_____, despite intermittent problems, but there remain severe limits on work and residency visas, which should serve as a/n _____(20)_____ for the best and brightest to study in the United States.

Directions: Fill in the blanks choosing the word that is most appropriate in the context of the passage.

Several years ago, citing brain-drain and patriotism as reasons, the president of one of the IITs ------(13)----undergraduates from accepting academic or business internships overseas. There are other _____(14)_____ to global mobility, too, not always explicitly _____(15)_____, but all having the effect of limiting _____(16)_____ to universities around the world. In the years following the terrorist attacks of September 11, 2001, for example, legitimate _____(17)_____ concerns led to enormous student-visa delays and bureaucratic hassles for _____(18)_____ aspiring to study in the United States. Student numbers have since _____(19)_____, despite intermittent problems, but there remain severe limits on work and residency visas, which should serve as a/n _____(20)_____ for the best and brightest to study in the United States.

Directions: Fill in the blanks choosing the word that is most appropriate in the context of the passage.

Several years ago, citing brain-drain and patriotism as reasons, the president of one of the IITs ------(13)----undergraduates from accepting academic or business internships overseas. There are other _____(14)_____ to global mobility, too, not always explicitly _____(15)_____, but all having the effect of limiting _____(16)_____ to universities around the world. In the years following the terrorist attacks of September 11, 2001, for example, legitimate _____(17)_____ concerns led to enormous student-visa delays and bureaucratic hassles for _____(18)_____ aspiring to study in the United States. Student numbers have since _____(19)_____, despite intermittent problems, but there remain severe limits on work and residency visas, which should serve as a/n _____(20)_____ for the best and brightest to study in the United States.

Directions: Fill in the blanks choosing the word that is most appropriate in the context of the passage.

Several years ago, citing brain-drain and patriotism as reasons, the president of one of the IITs ------(13)----undergraduates from accepting academic or business internships overseas. There are other _____(14)_____ to global mobility, too, not always explicitly _____(15)_____, but all having the effect of limiting _____(16)_____ to universities around the world. In the years following the terrorist attacks of September 11, 2001, for example, legitimate _____(17)_____ concerns led to enormous student-visa delays and bureaucratic hassles for _____(18)_____ aspiring to study in the United States. Student numbers have since _____(19)_____, despite intermittent problems, but there remain severe limits on work and residency visas, which should serve as a/n _____(20)_____ for the best and brightest to study in the United States.

Directions: Fill in the blanks choosing the word that is most appropriate in the context of the passage.

Several years ago, citing brain-drain and patriotism as reasons, the president of one of the IITs ------(13)----undergraduates from accepting academic or business internships overseas. There are other _____(14)_____ to global mobility, too, not always explicitly _____(15)_____, but all having the effect of limiting _____(16)_____ to universities around the world. In the years following the terrorist attacks of September 11, 2001, for example, legitimate _____(17)_____ concerns led to enormous student-visa delays and bureaucratic hassles for _____(18)_____ aspiring to study in the United States. Student numbers have since _____(19)_____, despite intermittent problems, but there remain severe limits on work and residency visas, which should serve as a/n _____(20)_____ for the best and brightest to study in the United States.

Directions: Fill in the blanks choosing the word that is most appropriate in the context of the passage.

Several years ago, citing brain-drain and patriotism as reasons, the president of one of the IITs ------(13)----undergraduates from accepting academic or business internships overseas. There are other _____(14)_____ to global mobility, too, not always explicitly _____(15)_____, but all having the effect of limiting _____(16)_____ to universities around the world. In the years following the terrorist attacks of September 11, 2001, for example, legitimate _____(17)_____ concerns led to enormous student-visa delays and bureaucratic hassles for _____(18)_____ aspiring to study in the United States. Student numbers have since _____(19)_____, despite intermittent problems, but there remain severe limits on work and residency visas, which should serve as a/n _____(20)_____ for the best and brightest to study in the United States.

Directions : Rearrange the following six sentences (1), (2), (3), (4) and (5) in the proper sequence to form a meaningful paragraph; then answer the questions given below them.

1) In the US about 12 million people are homeless, one-third of the people cannot afford primary health care, 20 percent of the children live below the poverty line, and about 23 percent of the people are illiterate with no security of either job or life.

2). In capitalism, wealth is concentrated in the hands of a few.

3). In the West, men are only capable of seeing the external aspects of things.

4). The resultant deprivations are variable even in the developed countries.

5). The domination of the capitalist class today is justified in the name of economic growth and population efficiency.

Q. Which of the following would be  the FOURTH sentence?

Directions : Rearrange the following six sentences (1), (2), (3), (4) and (5) in the proper sequence to form a meaningful paragraph; then answer the questions given below them.

1) In the US about 12 million people are homeless, one-third of the people cannot afford primary health care, 20 percent of the children live below the poverty line, and about 23 percent of the people are illiterate with no security of either job or life.

2). In capitalism, wealth is concentrated in the hands of a few.

3). In the West, men are only capable of seeing the external aspects of things.

4). The resultant deprivations are variable even in the developed countries.

5). The domination of the capitalist class today is justified in the name of economic growth and population efficiency.

Q. Which of the following would be the LAST sentence?

Directions : Rearrange the following six sentences (1), (2), (3), (4) and (5) in the proper sequence to form a meaningful paragraph; then answer the questions given below them.

1) In the US about 12 million people are homeless, one-third of the people cannot afford primary health care, 20 percent of the children live below the poverty line, and about 23 percent of the people are illiterate with no security of either job or life.

2). In capitalism, wealth is concentrated in the hands of a few.

3). In the West, men are only capable of seeing the external aspects of things.

4). The resultant deprivations are variable even in the developed countries.

5). The domination of the capitalist class today is justified in the name of economic growth and population efficiency.

Q. Which of the following would be the FIRST sentence?

Directions : Rearrange the following six sentences (1), (2), (3), (4) and (5) in the proper sequence to form a meaningful paragraph; then answer the questions given below them.

1) In the US about 12 million people are homeless, one-third of the people cannot afford primary health care, 20 percent of the children live below the poverty line, and about 23 percent of the people are illiterate with no security of either job or life.

2). In capitalism, wealth is concentrated in the hands of a few.

3). In the West, men are only capable of seeing the external aspects of things.

4). The resultant deprivations are variable even in the developed countries.

5). The domination of the capitalist class today is justified in the name of economic growth and population efficiency.

Q. Which of the following would be The SECOND sentence?

Directions : Rearrange the following six sentences (1), (2), (3), (4) and (5) in the proper sequence to form a meaningful paragraph; then answer the questions given below them.

1) In the US about 12 million people are homeless, one-third of the people cannot afford primary health care, 20 percent of the children live below the poverty line, and about 23 percent of the people are illiterate with no security of either job or life.

2). In capitalism, wealth is concentrated in the hands of a few.

3). In the West, men are only capable of seeing the external aspects of things.

4). The resultant deprivations are variable even in the developed countries.

5). The domination of the capitalist class today is justified in the name of economic growth and population efficiency.

Q. Which of the following would be The THIRD sentence?

Directions : Choose the correct phrase from the options below. If ‘No Correction’ is required choose (4) as the answer

Ram agreed to my proposal. 

Directions : Choose the correct phrase from the options below. If ‘No Correction’ is required choose (4) as the answer - 

Our infantry has marched forward.

Directions : Choose the correct phrase from the options below. If ‘No Correction’ is required choose (4) as the answer - 

The examination will begin on monday.

Directions : Choose the correct phrase from the options below. If ‘No Correction’ is required choose (4) as the answer - 

He lost my books as well as your books.

Directions : Choose the correct phrase from the options below. If ‘No Correction’ is required choose (4) as the answer - 

Everyone in this world is accountable to god over his action.