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Directions: Read the following passage and answer the question.We do not have a precise timeline, but past pandemics offer tantalising clues. The widespread use of dashboards has created the perception that the pandemic will end when all dashboard indicators hit zero (infections, cases and fatalities). However, history suggests this is the most unlikely outcome. In the past 130 years, respiratory pandemics have been followed by annual seasonal waves fuelled by viral endemicity, which generally lasts until the next pandemic. What goes down, comes back up.Multiple factors contribute individually or in combination to determine disease patterns. Some diseases are seasonal, and the waves follow seasonal patterns. In India, during the monsoons, due to crowding, a spike in vector-borne diseases (dengue and malaria) is common. Lifestyle choices, too, play a role — school closings during summer and winter have been linked to reduced social contacts, and thereby reduction in influenza cases. A third factor that influences disease spread is the level of immunity in the community (herd immunity). As more individuals gain immunity either through infection and/or by vaccination, they indirectly offer protection to those who are not infected. The disease spread slows and eventually halts as the virus is unable to find new hosts to infect.Prior respiratory pandemics illustrate that ends are usually ambiguous, and that pandemic closure is better viewed as the return of social life rather than the attainment of specific epidemiological goals. Pandemics end not when disease transmission ceases, but rather when the disease ceases to be newsworthy in the eyes of the public and in the judgement of media and political leaders who mould our attention and opinions. The end of a pandemic is more of a concern of lived experience than of biology.[Extracted with edits and revisions from Opinion, The Indian Express]Q.As more individuals develop immunity, either through infection or vaccination, they indirectly extend protection to those who remain uninfected. Which of the following, if true, weakens the provided argument?a)The worldwide vaccination rate falls considerably short of anticipated levels.b)Attaining immunity through infection would result in the virus spreading further.c)Vaccinated individuals do not suffer from severe illness but can still transmit the virus.d)After becoming infected, individuals must wait for a specified duration before becoming eligible for vaccination.Correct answer is option 'C'. Can you explain this answer? for CLAT 2024 is part of CLAT preparation. The Question and answers have been prepared according to the CLAT exam syllabus. Information about Directions: Read the following passage and answer the question.We do not have a precise timeline, but past pandemics offer tantalising clues. The widespread use of dashboards has created the perception that the pandemic will end when all dashboard indicators hit zero (infections, cases and fatalities). However, history suggests this is the most unlikely outcome. In the past 130 years, respiratory pandemics have been followed by annual seasonal waves fuelled by viral endemicity, which generally lasts until the next pandemic. What goes down, comes back up.Multiple factors contribute individually or in combination to determine disease patterns. Some diseases are seasonal, and the waves follow seasonal patterns. In India, during the monsoons, due to crowding, a spike in vector-borne diseases (dengue and malaria) is common. Lifestyle choices, too, play a role — school closings during summer and winter have been linked to reduced social contacts, and thereby reduction in influenza cases. A third factor that influences disease spread is the level of immunity in the community (herd immunity). As more individuals gain immunity either through infection and/or by vaccination, they indirectly offer protection to those who are not infected. The disease spread slows and eventually halts as the virus is unable to find new hosts to infect.Prior respiratory pandemics illustrate that ends are usually ambiguous, and that pandemic closure is better viewed as the return of social life rather than the attainment of specific epidemiological goals. Pandemics end not when disease transmission ceases, but rather when the disease ceases to be newsworthy in the eyes of the public and in the judgement of media and political leaders who mould our attention and opinions. The end of a pandemic is more of a concern of lived experience than of biology.[Extracted with edits and revisions from Opinion, The Indian Express]Q.As more individuals develop immunity, either through infection or vaccination, they indirectly extend protection to those who remain uninfected. Which of the following, if true, weakens the provided argument?a)The worldwide vaccination rate falls considerably short of anticipated levels.b)Attaining immunity through infection would result in the virus spreading further.c)Vaccinated individuals do not suffer from severe illness but can still transmit the virus.d)After becoming infected, individuals must wait for a specified duration before becoming eligible for vaccination.Correct answer is option 'C'. Can you explain this answer? covers all topics & solutions for CLAT 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Directions: Read the following passage and answer the question.We do not have a precise timeline, but past pandemics offer tantalising clues. The widespread use of dashboards has created the perception that the pandemic will end when all dashboard indicators hit zero (infections, cases and fatalities). However, history suggests this is the most unlikely outcome. In the past 130 years, respiratory pandemics have been followed by annual seasonal waves fuelled by viral endemicity, which generally lasts until the next pandemic. What goes down, comes back up.Multiple factors contribute individually or in combination to determine disease patterns. Some diseases are seasonal, and the waves follow seasonal patterns. In India, during the monsoons, due to crowding, a spike in vector-borne diseases (dengue and malaria) is common. Lifestyle choices, too, play a role — school closings during summer and winter have been linked to reduced social contacts, and thereby reduction in influenza cases. A third factor that influences disease spread is the level of immunity in the community (herd immunity). As more individuals gain immunity either through infection and/or by vaccination, they indirectly offer protection to those who are not infected. The disease spread slows and eventually halts as the virus is unable to find new hosts to infect.Prior respiratory pandemics illustrate that ends are usually ambiguous, and that pandemic closure is better viewed as the return of social life rather than the attainment of specific epidemiological goals. Pandemics end not when disease transmission ceases, but rather when the disease ceases to be newsworthy in the eyes of the public and in the judgement of media and political leaders who mould our attention and opinions. The end of a pandemic is more of a concern of lived experience than of biology.[Extracted with edits and revisions from Opinion, The Indian Express]Q.As more individuals develop immunity, either through infection or vaccination, they indirectly extend protection to those who remain uninfected. Which of the following, if true, weakens the provided argument?a)The worldwide vaccination rate falls considerably short of anticipated levels.b)Attaining immunity through infection would result in the virus spreading further.c)Vaccinated individuals do not suffer from severe illness but can still transmit the virus.d)After becoming infected, individuals must wait for a specified duration before becoming eligible for vaccination.Correct answer is option 'C'. Can you explain this answer?.

Solutions for Directions: Read the following passage and answer the question.We do not have a precise timeline, but past pandemics offer tantalising clues. The widespread use of dashboards has created the perception that the pandemic will end when all dashboard indicators hit zero (infections, cases and fatalities). However, history suggests this is the most unlikely outcome. In the past 130 years, respiratory pandemics have been followed by annual seasonal waves fuelled by viral endemicity, which generally lasts until the next pandemic. What goes down, comes back up.Multiple factors contribute individually or in combination to determine disease patterns. Some diseases are seasonal, and the waves follow seasonal patterns. In India, during the monsoons, due to crowding, a spike in vector-borne diseases (dengue and malaria) is common. Lifestyle choices, too, play a role — school closings during summer and winter have been linked to reduced social contacts, and thereby reduction in influenza cases. A third factor that influences disease spread is the level of immunity in the community (herd immunity). As more individuals gain immunity either through infection and/or by vaccination, they indirectly offer protection to those who are not infected. The disease spread slows and eventually halts as the virus is unable to find new hosts to infect.Prior respiratory pandemics illustrate that ends are usually ambiguous, and that pandemic closure is better viewed as the return of social life rather than the attainment of specific epidemiological goals. Pandemics end not when disease transmission ceases, but rather when the disease ceases to be newsworthy in the eyes of the public and in the judgement of media and political leaders who mould our attention and opinions. The end of a pandemic is more of a concern of lived experience than of biology.[Extracted with edits and revisions from Opinion, The Indian Express]Q.As more individuals develop immunity, either through infection or vaccination, they indirectly extend protection to those who remain uninfected. Which of the following, if true, weakens the provided argument?a)The worldwide vaccination rate falls considerably short of anticipated levels.b)Attaining immunity through infection would result in the virus spreading further.c)Vaccinated individuals do not suffer from severe illness but can still transmit the virus.d)After becoming infected, individuals must wait for a specified duration before becoming eligible for vaccination.Correct answer is option 'C'. Can you explain this answer? in English & in Hindi are available as part of our courses for CLAT. Download more important topics, notes, lectures and mock test series for CLAT Exam by signing up for free.

Here you can find the meaning of Directions: Read the following passage and answer the question.We do not have a precise timeline, but past pandemics offer tantalising clues. The widespread use of dashboards has created the perception that the pandemic will end when all dashboard indicators hit zero (infections, cases and fatalities). However, history suggests this is the most unlikely outcome. In the past 130 years, respiratory pandemics have been followed by annual seasonal waves fuelled by viral endemicity, which generally lasts until the next pandemic. What goes down, comes back up.Multiple factors contribute individually or in combination to determine disease patterns. Some diseases are seasonal, and the waves follow seasonal patterns. In India, during the monsoons, due to crowding, a spike in vector-borne diseases (dengue and malaria) is common. Lifestyle choices, too, play a role — school closings during summer and winter have been linked to reduced social contacts, and thereby reduction in influenza cases. A third factor that influences disease spread is the level of immunity in the community (herd immunity). As more individuals gain immunity either through infection and/or by vaccination, they indirectly offer protection to those who are not infected. The disease spread slows and eventually halts as the virus is unable to find new hosts to infect.Prior respiratory pandemics illustrate that ends are usually ambiguous, and that pandemic closure is better viewed as the return of social life rather than the attainment of specific epidemiological goals. Pandemics end not when disease transmission ceases, but rather when the disease ceases to be newsworthy in the eyes of the public and in the judgement of media and political leaders who mould our attention and opinions. The end of a pandemic is more of a concern of lived experience than of biology.[Extracted with edits and revisions from Opinion, The Indian Express]Q.As more individuals develop immunity, either through infection or vaccination, they indirectly extend protection to those who remain uninfected. Which of the following, if true, weakens the provided argument?a)The worldwide vaccination rate falls considerably short of anticipated levels.b)Attaining immunity through infection would result in the virus spreading further.c)Vaccinated individuals do not suffer from severe illness but can still transmit the virus.d)After becoming infected, individuals must wait for a specified duration before becoming eligible for vaccination.Correct answer is option 'C'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of Directions: Read the following passage and answer the question.We do not have a precise timeline, but past pandemics offer tantalising clues. The widespread use of dashboards has created the perception that the pandemic will end when all dashboard indicators hit zero (infections, cases and fatalities). However, history suggests this is the most unlikely outcome. In the past 130 years, respiratory pandemics have been followed by annual seasonal waves fuelled by viral endemicity, which generally lasts until the next pandemic. What goes down, comes back up.Multiple factors contribute individually or in combination to determine disease patterns. Some diseases are seasonal, and the waves follow seasonal patterns. In India, during the monsoons, due to crowding, a spike in vector-borne diseases (dengue and malaria) is common. Lifestyle choices, too, play a role — school closings during summer and winter have been linked to reduced social contacts, and thereby reduction in influenza cases. A third factor that influences disease spread is the level of immunity in the community (herd immunity). As more individuals gain immunity either through infection and/or by vaccination, they indirectly offer protection to those who are not infected. The disease spread slows and eventually halts as the virus is unable to find new hosts to infect.Prior respiratory pandemics illustrate that ends are usually ambiguous, and that pandemic closure is better viewed as the return of social life rather than the attainment of specific epidemiological goals. Pandemics end not when disease transmission ceases, but rather when the disease ceases to be newsworthy in the eyes of the public and in the judgement of media and political leaders who mould our attention and opinions. The end of a pandemic is more of a concern of lived experience than of biology.[Extracted with edits and revisions from Opinion, The Indian Express]Q.As more individuals develop immunity, either through infection or vaccination, they indirectly extend protection to those who remain uninfected. Which of the following, if true, weakens the provided argument?a)The worldwide vaccination rate falls considerably short of anticipated levels.b)Attaining immunity through infection would result in the virus spreading further.c)Vaccinated individuals do not suffer from severe illness but can still transmit the virus.d)After becoming infected, individuals must wait for a specified duration before becoming eligible for vaccination.Correct answer is option 'C'. Can you explain this answer?, a detailed solution for Directions: Read the following passage and answer the question.We do not have a precise timeline, but past pandemics offer tantalising clues. The widespread use of dashboards has created the perception that the pandemic will end when all dashboard indicators hit zero (infections, cases and fatalities). However, history suggests this is the most unlikely outcome. In the past 130 years, respiratory pandemics have been followed by annual seasonal waves fuelled by viral endemicity, which generally lasts until the next pandemic. What goes down, comes back up.Multiple factors contribute individually or in combination to determine disease patterns. Some diseases are seasonal, and the waves follow seasonal patterns. In India, during the monsoons, due to crowding, a spike in vector-borne diseases (dengue and malaria) is common. Lifestyle choices, too, play a role — school closings during summer and winter have been linked to reduced social contacts, and thereby reduction in influenza cases. A third factor that influences disease spread is the level of immunity in the community (herd immunity). As more individuals gain immunity either through infection and/or by vaccination, they indirectly offer protection to those who are not infected. The disease spread slows and eventually halts as the virus is unable to find new hosts to infect.Prior respiratory pandemics illustrate that ends are usually ambiguous, and that pandemic closure is better viewed as the return of social life rather than the attainment of specific epidemiological goals. Pandemics end not when disease transmission ceases, but rather when the disease ceases to be newsworthy in the eyes of the public and in the judgement of media and political leaders who mould our attention and opinions. The end of a pandemic is more of a concern of lived experience than of biology.[Extracted with edits and revisions from Opinion, The Indian Express]Q.As more individuals develop immunity, either through infection or vaccination, they indirectly extend protection to those who remain uninfected. Which of the following, if true, weakens the provided argument?a)The worldwide vaccination rate falls considerably short of anticipated levels.b)Attaining immunity through infection would result in the virus spreading further.c)Vaccinated individuals do not suffer from severe illness but can still transmit the virus.d)After becoming infected, individuals must wait for a specified duration before becoming eligible for vaccination.Correct answer is option 'C'. Can you explain this answer? has been provided alongside types of Directions: Read the following passage and answer the question.We do not have a precise timeline, but past pandemics offer tantalising clues. The widespread use of dashboards has created the perception that the pandemic will end when all dashboard indicators hit zero (infections, cases and fatalities). However, history suggests this is the most unlikely outcome. In the past 130 years, respiratory pandemics have been followed by annual seasonal waves fuelled by viral endemicity, which generally lasts until the next pandemic. What goes down, comes back up.Multiple factors contribute individually or in combination to determine disease patterns. Some diseases are seasonal, and the waves follow seasonal patterns. In India, during the monsoons, due to crowding, a spike in vector-borne diseases (dengue and malaria) is common. Lifestyle choices, too, play a role — school closings during summer and winter have been linked to reduced social contacts, and thereby reduction in influenza cases. A third factor that influences disease spread is the level of immunity in the community (herd immunity). As more individuals gain immunity either through infection and/or by vaccination, they indirectly offer protection to those who are not infected. The disease spread slows and eventually halts as the virus is unable to find new hosts to infect.Prior respiratory pandemics illustrate that ends are usually ambiguous, and that pandemic closure is better viewed as the return of social life rather than the attainment of specific epidemiological goals. Pandemics end not when disease transmission ceases, but rather when the disease ceases to be newsworthy in the eyes of the public and in the judgement of media and political leaders who mould our attention and opinions. The end of a pandemic is more of a concern of lived experience than of biology.[Extracted with edits and revisions from Opinion, The Indian Express]Q.As more individuals develop immunity, either through infection or vaccination, they indirectly extend protection to those who remain uninfected. Which of the following, if true, weakens the provided argument?a)The worldwide vaccination rate falls considerably short of anticipated levels.b)Attaining immunity through infection would result in the virus spreading further.c)Vaccinated individuals do not suffer from severe illness but can still transmit the virus.d)After becoming infected, individuals must wait for a specified duration before becoming eligible for vaccination.Correct answer is option 'C'. Can you explain this answer? theory, EduRev gives you an ample number of questions to practice Directions: Read the following passage and answer the question.We do not have a precise timeline, but past pandemics offer tantalising clues. The widespread use of dashboards has created the perception that the pandemic will end when all dashboard indicators hit zero (infections, cases and fatalities). However, history suggests this is the most unlikely outcome. In the past 130 years, respiratory pandemics have been followed by annual seasonal waves fuelled by viral endemicity, which generally lasts until the next pandemic. What goes down, comes back up.Multiple factors contribute individually or in combination to determine disease patterns. Some diseases are seasonal, and the waves follow seasonal patterns. In India, during the monsoons, due to crowding, a spike in vector-borne diseases (dengue and malaria) is common. Lifestyle choices, too, play a role — school closings during summer and winter have been linked to reduced social contacts, and thereby reduction in influenza cases. A third factor that influences disease spread is the level of immunity in the community (herd immunity). As more individuals gain immunity either through infection and/or by vaccination, they indirectly offer protection to those who are not infected. The disease spread slows and eventually halts as the virus is unable to find new hosts to infect.Prior respiratory pandemics illustrate that ends are usually ambiguous, and that pandemic closure is better viewed as the return of social life rather than the attainment of specific epidemiological goals. Pandemics end not when disease transmission ceases, but rather when the disease ceases to be newsworthy in the eyes of the public and in the judgement of media and political leaders who mould our attention and opinions. The end of a pandemic is more of a concern of lived experience than of biology.[Extracted with edits and revisions from Opinion, The Indian Express]Q.As more individuals develop immunity, either through infection or vaccination, they indirectly extend protection to those who remain uninfected. Which of the following, if true, weakens the provided argument?a)The worldwide vaccination rate falls considerably short of anticipated levels.b)Attaining immunity through infection would result in the virus spreading further.c)Vaccinated individuals do not suffer from severe illness but can still transmit the virus.d)After becoming infected, individuals must wait for a specified duration before becoming eligible for vaccination.Correct answer is option 'C'. Can you explain this answer? tests, examples and also practice CLAT tests.