OPTCL - Management Trainee (HRD) - 04.12.2023

December 08, 2023

Test Date	04/12/2023
Test Time	2:00 PM - 5:00 PM
Subject	MANAGEMENT TRAINEE(HRD)

Section : Subject Knowledge

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Q.14	How can ‘Employers’ Organizations contribute to maintaining a stable industrial relation environment?

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Q.26	Which of the following statements is true about the Employee Pension Scheme (EPS) under the ‘Employees’ Provident Fund and Miscellaneous Provisions Act, 1952?

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Section : Numerical G.K and Reasoning

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Section : English Language

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Q.15

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	Comprehension:
	Read the following passage and answer the questions given below. Human screams signal more than fear and are more acoustically diverse than previously thought, according to one study. Remarkably, non-alarming screams are perceived and processed by the brain more efficiently than alarming screams. In nonhuman primates and other mammalian species, scream-like calls are frequently used as an alarm signal exclusively in negative contexts, such social conflicts or the presence of predators or other environmental threats. Humans are also assumed to use screams to signal danger and to scare predators. But humans scream not only when they are fearful and aggressive, but also when they experience other emotions such as despair and elation. Past studies on this topic largely focused on alarming fear screams, so the broader significance of various scream types has not been clear. In the new study, the researchers addressed this knowledge gap using four different psychoacoustic, perceptual decision-making, and neuroimaging experiments in humans. Twelve participants were asked to vocalize positive and negative screams that might be elicited by various situations. A different group of individuals rated the emotional nature of the screams, classified the screams into different categories, and underwent functional magnetic resonance imaging (fMRI) while listening to the screams. The results revealed six psycho-acoustically distinct types of scream calls, which indicated pain, anger, fear, pleasure, sadness, and joy. Perhaps surprisingly, listeners responded more quickly and accurately, and with higher neural sensitivity, to non-alarm and positive scream calls than to alarming screams. Specifically, less alarming screams elicited more activity across many auditory and frontal brain regions. These findings show that scream calls are more diverse in their signaling and communicative nature in humans than frequently assumed. Dr. Frühholz said “The results of our study are surprising in a sense that researchers usually assume the primate and human cognitive system to be specifically tuned to detect signals of danger and threat in the environment as a mechanism of survival. This has long been supposed to be the primary purpose of communicative signaling in screams. While this seems true for scream communication in primates and other animal species, scream communication seemed to have largely diversified in humans, and this represents is a major evolutionary step. Humans share with other species the potential to signal danger when screaming, but it seems like only humans scream to signal also positive emotions like extreme joy and pleasure. Signaling and perceiving these positive emotions in screams seemed to have gained priority in humans over alarm signaling. This change in priority might be likely due to the requirements of evolved and complex social contexts in humans.”

	SubQuestion No : 16
Q.16

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	Comprehension:
	Read the following passage and answer the questions given below. Human screams signal more than fear and are more acoustically diverse than previously thought, according to one study. Remarkably, non-alarming screams are perceived and processed by the brain more efficiently than alarming screams. In nonhuman primates and other mammalian species, scream-like calls are frequently used as an alarm signal exclusively in negative contexts, such social conflicts or the presence of predators or other environmental threats. Humans are also assumed to use screams to signal danger and to scare predators. But humans scream not only when they are fearful and aggressive, but also when they experience other emotions such as despair and elation. Past studies on this topic largely focused on alarming fear screams, so the broader significance of various scream types has not been clear. In the new study, the researchers addressed this knowledge gap using four different psychoacoustic, perceptual decision-making, and neuroimaging experiments in humans. Twelve participants were asked to vocalize positive and negative screams that might be elicited by various situations. A different group of individuals rated the emotional nature of the screams, classified the screams into different categories, and underwent functional magnetic resonance imaging (fMRI) while listening to the screams. The results revealed six psycho-acoustically distinct types of scream calls, which indicated pain, anger, fear, pleasure, sadness, and joy. Perhaps surprisingly, listeners responded more quickly and accurately, and with higher neural sensitivity, to non-alarm and positive scream calls than to alarming screams. Specifically, less alarming screams elicited more activity across many auditory and frontal brain regions. These findings show that scream calls are more diverse in their signaling and communicative nature in humans than frequently assumed. Dr. Frühholz said “The results of our study are surprising in a sense that researchers usually assume the primate and human cognitive system to be specifically tuned to detect signals of danger and threat in the environment as a mechanism of survival. This has long been supposed to be the primary purpose of communicative signaling in screams. While this seems true for scream communication in primates and other animal species, scream communication seemed to have largely diversified in humans, and this represents is a major evolutionary step. Humans share with other species the potential to signal danger when screaming, but it seems like only humans scream to signal also positive emotions like extreme joy and pleasure. Signaling and perceiving these positive emotions in screams seemed to have gained priority in humans over alarm signaling. This change in priority might be likely due to the requirements of evolved and complex social contexts in humans.”

	SubQuestion No : 17
Q.17

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	Comprehension:
	Read the following passage and answer the questions given below. Human screams signal more than fear and are more acoustically diverse than previously thought, according to one study. Remarkably, non-alarming screams are perceived and processed by the brain more efficiently than alarming screams. In nonhuman primates and other mammalian species, scream-like calls are frequently used as an alarm signal exclusively in negative contexts, such social conflicts or the presence of predators or other environmental threats. Humans are also assumed to use screams to signal danger and to scare predators. But humans scream not only when they are fearful and aggressive, but also when they experience other emotions such as despair and elation. Past studies on this topic largely focused on alarming fear screams, so the broader significance of various scream types has not been clear. In the new study, the researchers addressed this knowledge gap using four different psychoacoustic, perceptual decision-making, and neuroimaging experiments in humans. Twelve participants were asked to vocalize positive and negative screams that might be elicited by various situations. A different group of individuals rated the emotional nature of the screams, classified the screams into different categories, and underwent functional magnetic resonance imaging (fMRI) while listening to the screams. The results revealed six psycho-acoustically distinct types of scream calls, which indicated pain, anger, fear, pleasure, sadness, and joy. Perhaps surprisingly, listeners responded more quickly and accurately, and with higher neural sensitivity, to non-alarm and positive scream calls than to alarming screams. Specifically, less alarming screams elicited more activity across many auditory and frontal brain regions. These findings show that scream calls are more diverse in their signaling and communicative nature in humans than frequently assumed. Dr. Frühholz said “The results of our study are surprising in a sense that researchers usually assume the primate and human cognitive system to be specifically tuned to detect signals of danger and threat in the environment as a mechanism of survival. This has long been supposed to be the primary purpose of communicative signaling in screams. While this seems true for scream communication in primates and other animal species, scream communication seemed to have largely diversified in humans, and this represents is a major evolutionary step. Humans share with other species the potential to signal danger when screaming, but it seems like only humans scream to signal also positive emotions like extreme joy and pleasure. Signaling and perceiving these positive emotions in screams seemed to have gained priority in humans over alarm signaling. This change in priority might be likely due to the requirements of evolved and complex social contexts in humans.”

	SubQuestion No : 18
Q.18

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	Comprehension:
	Read the following passage and answer the questions given below. Human screams signal more than fear and are more acoustically diverse than previously thought, according to one study. Remarkably, non-alarming screams are perceived and processed by the brain more efficiently than alarming screams. In nonhuman primates and other mammalian species, scream-like calls are frequently used as an alarm signal exclusively in negative contexts, such social conflicts or the presence of predators or other environmental threats. Humans are also assumed to use screams to signal danger and to scare predators. But humans scream not only when they are fearful and aggressive, but also when they experience other emotions such as despair and elation. Past studies on this topic largely focused on alarming fear screams, so the broader significance of various scream types has not been clear. In the new study, the researchers addressed this knowledge gap using four different psychoacoustic, perceptual decision-making, and neuroimaging experiments in humans. Twelve participants were asked to vocalize positive and negative screams that might be elicited by various situations. A different group of individuals rated the emotional nature of the screams, classified the screams into different categories, and underwent functional magnetic resonance imaging (fMRI) while listening to the screams. The results revealed six psycho-acoustically distinct types of scream calls, which indicated pain, anger, fear, pleasure, sadness, and joy. Perhaps surprisingly, listeners responded more quickly and accurately, and with higher neural sensitivity, to non-alarm and positive scream calls than to alarming screams. Specifically, less alarming screams elicited more activity across many auditory and frontal brain regions. These findings show that scream calls are more diverse in their signaling and communicative nature in humans than frequently assumed. Dr. Frühholz said “The results of our study are surprising in a sense that researchers usually assume the primate and human cognitive system to be specifically tuned to detect signals of danger and threat in the environment as a mechanism of survival. This has long been supposed to be the primary purpose of communicative signaling in screams. While this seems true for scream communication in primates and other animal species, scream communication seemed to have largely diversified in humans, and this represents is a major evolutionary step. Humans share with other species the potential to signal danger when screaming, but it seems like only humans scream to signal also positive emotions like extreme joy and pleasure. Signaling and perceiving these positive emotions in screams seemed to have gained priority in humans over alarm signaling. This change in priority might be likely due to the requirements of evolved and complex social contexts in humans.”

	SubQuestion No : 19
Q.19

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	D.

	Comprehension:
	Read the following passage and answer the questions given below. Human screams signal more than fear and are more acoustically diverse than previously thought, according to one study. Remarkably, non-alarming screams are perceived and processed by the brain more efficiently than alarming screams. In nonhuman primates and other mammalian species, scream-like calls are frequently used as an alarm signal exclusively in negative contexts, such social conflicts or the presence of predators or other environmental threats. Humans are also assumed to use screams to signal danger and to scare predators. But humans scream not only when they are fearful and aggressive, but also when they experience other emotions such as despair and elation. Past studies on this topic largely focused on alarming fear screams, so the broader significance of various scream types has not been clear. In the new study, the researchers addressed this knowledge gap using four different psychoacoustic, perceptual decision-making, and neuroimaging experiments in humans. Twelve participants were asked to vocalize positive and negative screams that might be elicited by various situations. A different group of individuals rated the emotional nature of the screams, classified the screams into different categories, and underwent functional magnetic resonance imaging (fMRI) while listening to the screams. The results revealed six psycho-acoustically distinct types of scream calls, which indicated pain, anger, fear, pleasure, sadness, and joy. Perhaps surprisingly, listeners responded more quickly and accurately, and with higher neural sensitivity, to non-alarm and positive scream calls than to alarming screams. Specifically, less alarming screams elicited more activity across many auditory and frontal brain regions. These findings show that scream calls are more diverse in their signaling and communicative nature in humans than frequently assumed. Dr. Frühholz said “The results of our study are surprising in a sense that researchers usually assume the primate and human cognitive system to be specifically tuned to detect signals of danger and threat in the environment as a mechanism of survival. This has long been supposed to be the primary purpose of communicative signaling in screams. While this seems true for scream communication in primates and other animal species, scream communication seemed to have largely diversified in humans, and this represents is a major evolutionary step. Humans share with other species the potential to signal danger when screaming, but it seems like only humans scream to signal also positive emotions like extreme joy and pleasure. Signaling and perceiving these positive emotions in screams seemed to have gained priority in humans over alarm signaling. This change in priority might be likely due to the requirements of evolved and complex social contexts in humans.”

	SubQuestion No : 20
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	B.
	C.
	D.

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