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Daily RC & Passage Practice

Improve your reading speed, vocabulary, and comprehension accuracy for SSC CGL, BPSC, Banking, Teaching, and State PCS exams. Read the passage and test your understanding with real exam MCQs!

Practice Set #664 15 Questions with Instant Solutions

English Language and Comprehension Sectional Test 19

Question 1 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

In the following passage, some words have been deleted. Read the passage carefully and select the most appropriate option to fill in each blank: Coral reefs, often celebrated as the "rainforests of the sea," sustain more than twenty-five percent of all marine species while protecting low-lying coastlines from storm surges. However, accelerating anthropogenic climate change has triggered recurrent marine heatwaves that induce catastrophic coral bleaching. When sea surface temperatures exceed thermal tolerance thresholds, stressed coral polyps (1) [.....] their endosymbiotic zooxanthellae algae, turning bone-white and starving from lack of photosynthetic nutrients. To counteract this global ecological collapse, marine biologists are pioneering micro-fragmentation and larval propagation techniques. By slicing heat-resilient coral colonies into microscopic fragments, scientists stimulate accelerated cellular regeneration, growing corals up to forty times (2) [.....] than normal wild rates. These robust, lab-reared coral colonies are subsequently outplanted onto degraded reefs to restore structural complexity and (3) [.....] local marine food webs. Marine ecologists emphasize that while local reef restoration is vital, it must be matched by urgent global carbon mitigation to prevent irreversible oceanic (4) [.....].

Select the most appropriate option to fill in blank number (1):

Question 2 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

In the following passage, some words have been deleted. Read the passage carefully and select the most appropriate option to fill in each blank: Coral reefs, often celebrated as the "rainforests of the sea," sustain more than twenty-five percent of all marine species while protecting low-lying coastlines from storm surges. However, accelerating anthropogenic climate change has triggered recurrent marine heatwaves that induce catastrophic coral bleaching. When sea surface temperatures exceed thermal tolerance thresholds, stressed coral polyps (1) [.....] their endosymbiotic zooxanthellae algae, turning bone-white and starving from lack of photosynthetic nutrients. To counteract this global ecological collapse, marine biologists are pioneering micro-fragmentation and larval propagation techniques. By slicing heat-resilient coral colonies into microscopic fragments, scientists stimulate accelerated cellular regeneration, growing corals up to forty times (2) [.....] than normal wild rates. These robust, lab-reared coral colonies are subsequently outplanted onto degraded reefs to restore structural complexity and (3) [.....] local marine food webs. Marine ecologists emphasize that while local reef restoration is vital, it must be matched by urgent global carbon mitigation to prevent irreversible oceanic (4) [.....].

Select the most appropriate option to fill in blank number (2):

Question 3 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

In the following passage, some words have been deleted. Read the passage carefully and select the most appropriate option to fill in each blank: Coral reefs, often celebrated as the "rainforests of the sea," sustain more than twenty-five percent of all marine species while protecting low-lying coastlines from storm surges. However, accelerating anthropogenic climate change has triggered recurrent marine heatwaves that induce catastrophic coral bleaching. When sea surface temperatures exceed thermal tolerance thresholds, stressed coral polyps (1) [.....] their endosymbiotic zooxanthellae algae, turning bone-white and starving from lack of photosynthetic nutrients. To counteract this global ecological collapse, marine biologists are pioneering micro-fragmentation and larval propagation techniques. By slicing heat-resilient coral colonies into microscopic fragments, scientists stimulate accelerated cellular regeneration, growing corals up to forty times (2) [.....] than normal wild rates. These robust, lab-reared coral colonies are subsequently outplanted onto degraded reefs to restore structural complexity and (3) [.....] local marine food webs. Marine ecologists emphasize that while local reef restoration is vital, it must be matched by urgent global carbon mitigation to prevent irreversible oceanic (4) [.....].

Select the most appropriate option to fill in blank number (3):

Question 4 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

In the following passage, some words have been deleted. Read the passage carefully and select the most appropriate option to fill in each blank: Coral reefs, often celebrated as the "rainforests of the sea," sustain more than twenty-five percent of all marine species while protecting low-lying coastlines from storm surges. However, accelerating anthropogenic climate change has triggered recurrent marine heatwaves that induce catastrophic coral bleaching. When sea surface temperatures exceed thermal tolerance thresholds, stressed coral polyps (1) [.....] their endosymbiotic zooxanthellae algae, turning bone-white and starving from lack of photosynthetic nutrients. To counteract this global ecological collapse, marine biologists are pioneering micro-fragmentation and larval propagation techniques. By slicing heat-resilient coral colonies into microscopic fragments, scientists stimulate accelerated cellular regeneration, growing corals up to forty times (2) [.....] than normal wild rates. These robust, lab-reared coral colonies are subsequently outplanted onto degraded reefs to restore structural complexity and (3) [.....] local marine food webs. Marine ecologists emphasize that while local reef restoration is vital, it must be matched by urgent global carbon mitigation to prevent irreversible oceanic (4) [.....].

Select the most appropriate option to fill in blank number (4):

Question 5 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

Read the following passage carefully and answer the questions that follow: In the narrow, humid mohallas of Madanpura in Varanasi, the rhythmic clack-clack of wooden handlooms echoed like a persistent communal heartbeat. In a ground-floor pit loom workshop, Master Weaver Mukhtar Ansari sat cross-legged, manipulating thousands of fine mulberry silk warp threads with deft calloused toes and fingers. Before him unfolded a ceremonial *Kinkhab*โ€”an opulent brocade woven with real silver and gold zari threads that caught the warm slant of morning sunlight. For five generations, Mukhtarโ€™s family had translated Persian floral motifs and Mughal paisley arabesques into luminous silk heirlooms destined for royal bridal trousseaus across the subcontinent. Yet across the lane, the deafening drone of computerized Chinese power looms operated around the clock, churning out synthetic polyester replicas in fractions of an hour at a tenth of the price. Commercial textile merchants had repeatedly urged Mukhtar to abandon his labor-intensive pit loom and install automated Jacquard attachments. Mukhtar had steadily refused. Power looms operated with mathematical velocity, but they flattened the fabric into sterile uniformity. They could never replicate the tactile breathing density of hand-spun zari, nor the micro-variations where a weaverโ€™s human thumb gave a motif its subtle, organic life. As he threw the heavy rosewood shuttle across the warp, Mukhtar whispered the traditional weaverโ€™s benediction, knowing that in an age of disposable synthetic speed, slow human patience was the ultimate act of aesthetic defiance.

What was Master Weaver Mukhtar Ansari's primary reason for refusing to adopt automated Jacquard power looms?

Question 6 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

Read the following passage carefully and answer the questions that follow: In the narrow, humid mohallas of Madanpura in Varanasi, the rhythmic clack-clack of wooden handlooms echoed like a persistent communal heartbeat. In a ground-floor pit loom workshop, Master Weaver Mukhtar Ansari sat cross-legged, manipulating thousands of fine mulberry silk warp threads with deft calloused toes and fingers. Before him unfolded a ceremonial *Kinkhab*โ€”an opulent brocade woven with real silver and gold zari threads that caught the warm slant of morning sunlight. For five generations, Mukhtarโ€™s family had translated Persian floral motifs and Mughal paisley arabesques into luminous silk heirlooms destined for royal bridal trousseaus across the subcontinent. Yet across the lane, the deafening drone of computerized Chinese power looms operated around the clock, churning out synthetic polyester replicas in fractions of an hour at a tenth of the price. Commercial textile merchants had repeatedly urged Mukhtar to abandon his labor-intensive pit loom and install automated Jacquard attachments. Mukhtar had steadily refused. Power looms operated with mathematical velocity, but they flattened the fabric into sterile uniformity. They could never replicate the tactile breathing density of hand-spun zari, nor the micro-variations where a weaverโ€™s human thumb gave a motif its subtle, organic life. As he threw the heavy rosewood shuttle across the warp, Mukhtar whispered the traditional weaverโ€™s benediction, knowing that in an age of disposable synthetic speed, slow human patience was the ultimate act of aesthetic defiance.

What was the historical and cultural significance of the ceremonial *Kinkhab* fabric woven by Mukhtar?

Question 7 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

Read the following passage carefully and answer the questions that follow: In the narrow, humid mohallas of Madanpura in Varanasi, the rhythmic clack-clack of wooden handlooms echoed like a persistent communal heartbeat. In a ground-floor pit loom workshop, Master Weaver Mukhtar Ansari sat cross-legged, manipulating thousands of fine mulberry silk warp threads with deft calloused toes and fingers. Before him unfolded a ceremonial *Kinkhab*โ€”an opulent brocade woven with real silver and gold zari threads that caught the warm slant of morning sunlight. For five generations, Mukhtarโ€™s family had translated Persian floral motifs and Mughal paisley arabesques into luminous silk heirlooms destined for royal bridal trousseaus across the subcontinent. Yet across the lane, the deafening drone of computerized Chinese power looms operated around the clock, churning out synthetic polyester replicas in fractions of an hour at a tenth of the price. Commercial textile merchants had repeatedly urged Mukhtar to abandon his labor-intensive pit loom and install automated Jacquard attachments. Mukhtar had steadily refused. Power looms operated with mathematical velocity, but they flattened the fabric into sterile uniformity. They could never replicate the tactile breathing density of hand-spun zari, nor the micro-variations where a weaverโ€™s human thumb gave a motif its subtle, organic life. As he threw the heavy rosewood shuttle across the warp, Mukhtar whispered the traditional weaverโ€™s benediction, knowing that in an age of disposable synthetic speed, slow human patience was the ultimate act of aesthetic defiance.

Why does the author characterize slow human craftsmanship as "the ultimate act of aesthetic defiance"?

Question 8 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

Read the following passage carefully and answer the questions that follow: In the narrow, humid mohallas of Madanpura in Varanasi, the rhythmic clack-clack of wooden handlooms echoed like a persistent communal heartbeat. In a ground-floor pit loom workshop, Master Weaver Mukhtar Ansari sat cross-legged, manipulating thousands of fine mulberry silk warp threads with deft calloused toes and fingers. Before him unfolded a ceremonial *Kinkhab*โ€”an opulent brocade woven with real silver and gold zari threads that caught the warm slant of morning sunlight. For five generations, Mukhtarโ€™s family had translated Persian floral motifs and Mughal paisley arabesques into luminous silk heirlooms destined for royal bridal trousseaus across the subcontinent. Yet across the lane, the deafening drone of computerized Chinese power looms operated around the clock, churning out synthetic polyester replicas in fractions of an hour at a tenth of the price. Commercial textile merchants had repeatedly urged Mukhtar to abandon his labor-intensive pit loom and install automated Jacquard attachments. Mukhtar had steadily refused. Power looms operated with mathematical velocity, but they flattened the fabric into sterile uniformity. They could never replicate the tactile breathing density of hand-spun zari, nor the micro-variations where a weaverโ€™s human thumb gave a motif its subtle, organic life. As he threw the heavy rosewood shuttle across the warp, Mukhtar whispered the traditional weaverโ€™s benediction, knowing that in an age of disposable synthetic speed, slow human patience was the ultimate act of aesthetic defiance.

What does the word "trousseaus" mean in the first paragraph?

Question 9 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

Read the following passage carefully and answer the questions that follow: Historically perceived as passive sovereign stabilization vehicles designed to cushion oil-exporting nations from petroleum price volatility, Sovereign Wealth Funds (SWFs) have evolved into formidable catalysts of global financial realignments. Managing aggregate assets under management (AUM) exceeding twelve trillion dollars, major state-owned investment fundsโ€”such as Norwayโ€™s Government Pension Fund Global and the sovereign entities of the Arabian Gulfโ€”wield unprecedented strategic leverage. Recognizing that the inevitable global energy transition will eventually devalue fossil fuel reserves into "stranded assets," these colossal sovereign funds are aggressively redeploying oil revenues into future-facing sectors. This capital reallocation is fueling massive overseas investments in renewable energy infrastructure, green hydrogen production, artificial intelligence startups, and global semiconductor foundries. Concurrently, sovereign funds are deploying domestic direct investments to construct zero-carbon industrial hubs, advanced logistics corridors, and tourism megaprojects within their own borders. However, this growing sovereign economic power elicits geopolitical apprehension among Western economies. Foreign regulatory watchdogs voice persistent concerns regarding the opacity of sovereign fund governance, potential political weaponization of state capital, and the security implications of foreign governments acquiring controlling equity stakes in critical Western technological and communications infrastructure.

Why are major Sovereign Wealth Funds (SWFs) aggressively reallocating capital away from traditional fossil fuels?

Question 10 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

Read the following passage carefully and answer the questions that follow: Historically perceived as passive sovereign stabilization vehicles designed to cushion oil-exporting nations from petroleum price volatility, Sovereign Wealth Funds (SWFs) have evolved into formidable catalysts of global financial realignments. Managing aggregate assets under management (AUM) exceeding twelve trillion dollars, major state-owned investment fundsโ€”such as Norwayโ€™s Government Pension Fund Global and the sovereign entities of the Arabian Gulfโ€”wield unprecedented strategic leverage. Recognizing that the inevitable global energy transition will eventually devalue fossil fuel reserves into "stranded assets," these colossal sovereign funds are aggressively redeploying oil revenues into future-facing sectors. This capital reallocation is fueling massive overseas investments in renewable energy infrastructure, green hydrogen production, artificial intelligence startups, and global semiconductor foundries. Concurrently, sovereign funds are deploying domestic direct investments to construct zero-carbon industrial hubs, advanced logistics corridors, and tourism megaprojects within their own borders. However, this growing sovereign economic power elicits geopolitical apprehension among Western economies. Foreign regulatory watchdogs voice persistent concerns regarding the opacity of sovereign fund governance, potential political weaponization of state capital, and the security implications of foreign governments acquiring controlling equity stakes in critical Western technological and communications infrastructure.

What emerging sectors are receiving colossal capital injections from modern Sovereign Wealth Funds?

Question 11 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

Read the following passage carefully and answer the questions that follow: Historically perceived as passive sovereign stabilization vehicles designed to cushion oil-exporting nations from petroleum price volatility, Sovereign Wealth Funds (SWFs) have evolved into formidable catalysts of global financial realignments. Managing aggregate assets under management (AUM) exceeding twelve trillion dollars, major state-owned investment fundsโ€”such as Norwayโ€™s Government Pension Fund Global and the sovereign entities of the Arabian Gulfโ€”wield unprecedented strategic leverage. Recognizing that the inevitable global energy transition will eventually devalue fossil fuel reserves into "stranded assets," these colossal sovereign funds are aggressively redeploying oil revenues into future-facing sectors. This capital reallocation is fueling massive overseas investments in renewable energy infrastructure, green hydrogen production, artificial intelligence startups, and global semiconductor foundries. Concurrently, sovereign funds are deploying domestic direct investments to construct zero-carbon industrial hubs, advanced logistics corridors, and tourism megaprojects within their own borders. However, this growing sovereign economic power elicits geopolitical apprehension among Western economies. Foreign regulatory watchdogs voice persistent concerns regarding the opacity of sovereign fund governance, potential political weaponization of state capital, and the security implications of foreign governments acquiring controlling equity stakes in critical Western technological and communications infrastructure.

What geopolitical apprehension is voiced by Western regulatory watchdogs concerning sovereign wealth funds?

Question 12 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

Read the following passage carefully and answer the questions that follow: Historically perceived as passive sovereign stabilization vehicles designed to cushion oil-exporting nations from petroleum price volatility, Sovereign Wealth Funds (SWFs) have evolved into formidable catalysts of global financial realignments. Managing aggregate assets under management (AUM) exceeding twelve trillion dollars, major state-owned investment fundsโ€”such as Norwayโ€™s Government Pension Fund Global and the sovereign entities of the Arabian Gulfโ€”wield unprecedented strategic leverage. Recognizing that the inevitable global energy transition will eventually devalue fossil fuel reserves into "stranded assets," these colossal sovereign funds are aggressively redeploying oil revenues into future-facing sectors. This capital reallocation is fueling massive overseas investments in renewable energy infrastructure, green hydrogen production, artificial intelligence startups, and global semiconductor foundries. Concurrently, sovereign funds are deploying domestic direct investments to construct zero-carbon industrial hubs, advanced logistics corridors, and tourism megaprojects within their own borders. However, this growing sovereign economic power elicits geopolitical apprehension among Western economies. Foreign regulatory watchdogs voice persistent concerns regarding the opacity of sovereign fund governance, potential political weaponization of state capital, and the security implications of foreign governments acquiring controlling equity stakes in critical Western technological and communications infrastructure.

What does the term "stranded assets" refer to in the context of energy finance?

Question 13 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

Read the following passage carefully and answer the questions that follow: For decades, digital computing has remained bound to the classic Von Neumann architecture, which physically separates the central processing unit (CPU) from memory storage. While this separation powered the microchip revolution, it imposes an insurmountable computational bottleneck in modern artificial intelligence: the "Von Neumann bottleneck." Continuously shuttling massive datasets back and forth between processors and memory chips consumes colossal amounts of electrical power, causing state-of-the-art deep learning data centers to consume as much electricity as medium-sized industrial cities. To shatter this energetic barrier, computer scientists are engineering neuromorphic computing systems that mimic the biological architecture of the human brain. The human brain computes at extreme energy efficiencyโ€”executing quadrillions of synaptic operations while consuming barely twenty watts of powerโ€”because its biological neurons process and store memory simultaneously in the exact same physical location. Neuromorphic microchips achieve this through artificial synaptic devices called memristors, which modulate their electrical conductance in response to incoming voltage pulses, functioning as artificial synapses. By computing in-memory using event-driven "spiking neural networks" that fire only when new data is received, neuromorphic processors consume up to ninety-nine percent less energy than conventional GPUs, paving the way for ultra-low-power, brain-like edge computing on mobile and wearable medical devices.

What is the fundamental engineering limitation known as the "Von Neumann bottleneck" in traditional digital computers?

Question 14 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

Read the following passage carefully and answer the questions that follow: For decades, digital computing has remained bound to the classic Von Neumann architecture, which physically separates the central processing unit (CPU) from memory storage. While this separation powered the microchip revolution, it imposes an insurmountable computational bottleneck in modern artificial intelligence: the "Von Neumann bottleneck." Continuously shuttling massive datasets back and forth between processors and memory chips consumes colossal amounts of electrical power, causing state-of-the-art deep learning data centers to consume as much electricity as medium-sized industrial cities. To shatter this energetic barrier, computer scientists are engineering neuromorphic computing systems that mimic the biological architecture of the human brain. The human brain computes at extreme energy efficiencyโ€”executing quadrillions of synaptic operations while consuming barely twenty watts of powerโ€”because its biological neurons process and store memory simultaneously in the exact same physical location. Neuromorphic microchips achieve this through artificial synaptic devices called memristors, which modulate their electrical conductance in response to incoming voltage pulses, functioning as artificial synapses. By computing in-memory using event-driven "spiking neural networks" that fire only when new data is received, neuromorphic processors consume up to ninety-nine percent less energy than conventional GPUs, paving the way for ultra-low-power, brain-like edge computing on mobile and wearable medical devices.

How does the human biological brain achieve extraordinary energy efficiency while performing complex calculations?

Question 15 of 15 Not Answered

Directions: Study the following information carefully and answer the question given below.

Read the following passage carefully and answer the questions that follow: For decades, digital computing has remained bound to the classic Von Neumann architecture, which physically separates the central processing unit (CPU) from memory storage. While this separation powered the microchip revolution, it imposes an insurmountable computational bottleneck in modern artificial intelligence: the "Von Neumann bottleneck." Continuously shuttling massive datasets back and forth between processors and memory chips consumes colossal amounts of electrical power, causing state-of-the-art deep learning data centers to consume as much electricity as medium-sized industrial cities. To shatter this energetic barrier, computer scientists are engineering neuromorphic computing systems that mimic the biological architecture of the human brain. The human brain computes at extreme energy efficiencyโ€”executing quadrillions of synaptic operations while consuming barely twenty watts of powerโ€”because its biological neurons process and store memory simultaneously in the exact same physical location. Neuromorphic microchips achieve this through artificial synaptic devices called memristors, which modulate their electrical conductance in response to incoming voltage pulses, functioning as artificial synapses. By computing in-memory using event-driven "spiking neural networks" that fire only when new data is received, neuromorphic processors consume up to ninety-nine percent less energy than conventional GPUs, paving the way for ultra-low-power, brain-like edge computing on mobile and wearable medical devices.

What electronic device functions as an artificial synapse in neuromorphic microchips?

0 of 15 answered
๐Ÿ’ก 3 Golden RC Rules
  • โ€ข Skim First: Spend 60 seconds skimming the passage to grasp the central theme.
  • โ€ข Stick to the Text: Never assume external facts beyond what the author explicitly stated.
  • โ€ข Context Clues: For vocabulary blanks or meanings, read the preceding and succeeding sentence.

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