YDT Cloze Test dersi, Cloze Test konusundan 30 özgün örnek soru.
Önce kendin çöz, sonra “Cevabı göster” ile kontrol et; adım adım çözüm her sorunun kendi sayfasında.
The olive tree has been an enduring symbol of Mediterranean culture for millennia. Archaeological excavations indicate that wild olives were gathered by Neolithic foragers as early as the 8th millennium BCE. However, systematic cultivation began around 4000 BCE in the Levant, where domesticated strains were propagated through grafting. Olive oil soon became an indispensable commodity, used not only for cooking but also for lighting lamps and medicinal ointments. Throughout antiquity, olive groves were considered so sacred that chopping down a bearing tree was punishable by exile or execution. Today, Mediterranean nations continue to dominate global production, preserving ancient farming traditions alongside modern industrial harvesting methods.
Choose the most appropriate option for blank (I) in the text below:
The olive tree has been an enduring symbol of Mediterranean culture for millennia. Archaeological excavations indicate that wild olives (I)---- gathered by Neolithic foragers as early as the 8th millennium BCE. However, systematic cultivation began around 4000 BCE in the Levant, (II)---- domesticated strains were propagated through grafting. Olive oil soon became an indispensable commodity, used not only for cooking (III)---- also for lighting lamps and medicinal ointments. Throughout antiquity, olive groves were considered so sacred that chopping down a bearing tree was punishable (IV)---- exile or execution. Today, Mediterranean nations continue to dominate global production, preserving ancient farming traditions (V)---- modern industrial harvesting methods.
The olive tree has been an enduring symbol of Mediterranean culture for millennia. Archaeological excavations indicate that wild olives were gathered by Neolithic foragers as early as the 8th millennium BCE. However, systematic cultivation began around 4000 BCE in the Levant, where domesticated strains were propagated through grafting. Olive oil soon became an indispensable commodity, used not only for cooking but also for lighting lamps and medicinal ointments. Throughout antiquity, olive groves were considered so sacred that chopping down a bearing tree was punishable by exile or execution. Today, Mediterranean nations continue to dominate global production, preserving ancient farming traditions alongside modern industrial harvesting methods.
Choose the most appropriate option for blank (II) in the text about olive cultivation:
The olive tree has been an enduring symbol of Mediterranean culture for millennia. Archaeological excavations indicate that wild olives were gathered by Neolithic foragers as early as the 8th millennium BCE. However, systematic cultivation began around 4000 BCE in the Levant, where domesticated strains were propagated through grafting. Olive oil soon became an indispensable commodity, used not only for cooking but also for lighting lamps and medicinal ointments. Throughout antiquity, olive groves were considered so sacred that chopping down a bearing tree was punishable by exile or execution. Today, Mediterranean nations continue to dominate global production, preserving ancient farming traditions alongside modern industrial harvesting methods.
Choose the most appropriate option for blank (III) in the text about olive cultivation:
The olive tree has been an enduring symbol of Mediterranean culture for millennia. Archaeological excavations indicate that wild olives were gathered by Neolithic foragers as early as the 8th millennium BCE. However, systematic cultivation began around 4000 BCE in the Levant, where domesticated strains were propagated through grafting. Olive oil soon became an indispensable commodity, used not only for cooking but also for lighting lamps and medicinal ointments. Throughout antiquity, olive groves were considered so sacred that chopping down a bearing tree was punishable by exile or execution. Today, Mediterranean nations continue to dominate global production, preserving ancient farming traditions alongside modern industrial harvesting methods.
Choose the most appropriate option for blank (IV) in the text about olive cultivation:
The olive tree has been an enduring symbol of Mediterranean culture for millennia. Archaeological excavations indicate that wild olives were gathered by Neolithic foragers as early as the 8th millennium BCE. However, systematic cultivation began around 4000 BCE in the Levant, where domesticated strains were propagated through grafting. Olive oil soon became an indispensable commodity, used not only for cooking but also for lighting lamps and medicinal ointments. Throughout antiquity, olive groves were considered so sacred that chopping down a bearing tree was punishable by exile or execution. Today, Mediterranean nations continue to dominate global production, preserving ancient farming traditions alongside modern industrial harvesting methods.
Choose the most appropriate option for blank (V) in the text about olive cultivation:
In the perpetual darkness of the deep ocean, bioluminescence is not an anomaly but a ubiquitous survival strategy. More than seventy percent of abyssal creatures are estimated to generate their own cold light. Some species produce luminescence endogenously through the luciferin-luciferase reaction, whereas others host symbiotic colonies of glowing bacteria in specialized photophores. Marine organisms employ light for diverse purposes: lanternfish flash bioluminescent bellies to blend with faint surface downwelling, thereby counterilluminating themselves against predators below. Deep-sea anglerfish dangle luminous lures to entangle curious prey. Biologists are continually discovering new fluorescent proteins, which have already provided revolutionary tools for biomedical cellular imaging.
Choose the most appropriate option for blank (I) in the text below:
In the perpetual darkness of the deep ocean, bioluminescence is not an anomaly (I)---- a ubiquitous survival strategy. More than seventy percent of abyssal creatures are estimated to generate their own cold light. Some species produce luminescence endogenously through the luciferin-luciferase reaction, (II)---- others host symbiotic colonies of glowing bacteria in specialized photophores. Marine organisms employ light for diverse purposes: lanternfish flash bioluminescent bellies to blend with faint surface downwelling, (III)---- counterilluminating themselves against predators below. Deep-sea anglerfish dangle luminous lures (IV)---- entangle curious prey. Biologists are continually discovering new fluorescent proteins, which have already provided revolutionary tools (V)---- biomedical cellular imaging.
In the perpetual darkness of the deep ocean, bioluminescence is not an anomaly but a ubiquitous survival strategy. More than seventy percent of abyssal creatures are estimated to generate their own cold light. Some species produce luminescence endogenously through the luciferin-luciferase reaction, whereas others host symbiotic colonies of glowing bacteria in specialized photophores. Marine organisms employ light for diverse purposes: lanternfish flash bioluminescent bellies to blend with faint surface downwelling, thereby counterilluminating themselves against predators below. Deep-sea anglerfish dangle luminous lures to entangle curious prey. Biologists are continually discovering new fluorescent proteins, which have already provided revolutionary tools for biomedical cellular imaging.
Choose the most appropriate option for blank (II) in the text about deep-sea bioluminescence:
In the perpetual darkness of the deep ocean, bioluminescence is not an anomaly but a ubiquitous survival strategy. More than seventy percent of abyssal creatures are estimated to generate their own cold light. Some species produce luminescence endogenously through the luciferin-luciferase reaction, whereas others host symbiotic colonies of glowing bacteria in specialized photophores. Marine organisms employ light for diverse purposes: lanternfish flash bioluminescent bellies to blend with faint surface downwelling, thereby counterilluminating themselves against predators below. Deep-sea anglerfish dangle luminous lures to entangle curious prey. Biologists are continually discovering new fluorescent proteins, which have already provided revolutionary tools for biomedical cellular imaging.
Choose the most appropriate option for blank (III) in the text about deep-sea bioluminescence:
In the perpetual darkness of the deep ocean, bioluminescence is not an anomaly but a ubiquitous survival strategy. More than seventy percent of abyssal creatures are estimated to generate their own cold light. Some species produce luminescence endogenously through the luciferin-luciferase reaction, whereas others host symbiotic colonies of glowing bacteria in specialized photophores. Marine organisms employ light for diverse purposes: lanternfish flash bioluminescent bellies to blend with faint surface downwelling, thereby counterilluminating themselves against predators below. Deep-sea anglerfish dangle luminous lures to entangle curious prey. Biologists are continually discovering new fluorescent proteins, which have already provided revolutionary tools for biomedical cellular imaging.
Choose the most appropriate option for blank (IV) in the text about deep-sea bioluminescence:
In the perpetual darkness of the deep ocean, bioluminescence is not an anomaly but a ubiquitous survival strategy. More than seventy percent of abyssal creatures are estimated to generate their own cold light. Some species produce luminescence endogenously through the luciferin-luciferase reaction, whereas others host symbiotic colonies of glowing bacteria in specialized photophores. Marine organisms employ light for diverse purposes: lanternfish flash bioluminescent bellies to blend with faint surface downwelling, thereby counterilluminating themselves against predators below. Deep-sea anglerfish dangle luminous lures to entangle curious prey. Biologists are continually discovering new fluorescent proteins, which have already provided revolutionary tools for biomedical cellular imaging.
Choose the most appropriate option for blank (V) in the text about deep-sea bioluminescence:
Launched on Christmas Day in 2021, the James Webb Space Telescope (JWST) represents humanity's most ambitious space observatory. Positioned roughly 1.5 million kilometers from Earth at the second Lagrange point (L2), it utilizes advanced infrared sensors (17)---- peer through cosmic dust clouds that previously obscured early galactic structures. Unlike the Hubble Telescope, (18)---- observed primarily in visible and ultraviolet wavelengths, Webb was designed to capture light emitted more than 13.5 billion years ago. The telescope's golden segmented mirrors and tennis-court-sized sunshield are critical, as its delicate instruments must remain (19)---- cold to function properly. Astrobiologists are particularly enthusiastic because Webb can also analyze the atmospheric compositions of distant exoplanets, potentially detecting chemical biosignatures that could (20)---- extraterrestrial biological activity. Thus, JWST continues to (21)---- our fundamental understanding of the early cosmos.
Launched on Christmas Day in 2021, the James Webb Space Telescope (JWST) represents humanity's most ambitious space observatory. Positioned roughly 1.5 million kilometers from Earth at the second Lagrange point (L2), it utilizes advanced infrared sensors (17)---- peer through cosmic dust clouds that previously obscured early galactic structures. Unlike the Hubble Telescope, (18)---- observed primarily in visible and ultraviolet wavelengths, Webb was designed to capture light emitted more than 13.5 billion years ago. The telescope's golden segmented mirrors and tennis-court-sized sunshield are critical, as its delicate instruments must remain (19)---- cold to function properly. Astrobiologists are particularly enthusiastic because Webb can also analyze the atmospheric compositions of distant exoplanets, potentially detecting chemical biosignatures that could (20)---- extraterrestrial biological activity. Thus, JWST continues to (21)---- our fundamental understanding of the early cosmos.
Launched on Christmas Day in 2021, the James Webb Space Telescope (JWST) represents humanity's most ambitious space observatory. Positioned roughly 1.5 million kilometers from Earth at the second Lagrange point (L2), it utilizes advanced infrared sensors (17)---- peer through cosmic dust clouds that previously obscured early galactic structures. Unlike the Hubble Telescope, (18)---- observed primarily in visible and ultraviolet wavelengths, Webb was designed to capture light emitted more than 13.5 billion years ago. The telescope's golden segmented mirrors and tennis-court-sized sunshield are critical, as its delicate instruments must remain (19)---- cold to function properly. Astrobiologists are particularly enthusiastic because Webb can also analyze the atmospheric compositions of distant exoplanets, potentially detecting chemical biosignatures that could (20)---- extraterrestrial biological activity. Thus, JWST continues to (21)---- our fundamental understanding of the early cosmos.
Launched on Christmas Day in 2021, the James Webb Space Telescope (JWST) represents humanity's most ambitious space observatory. Positioned roughly 1.5 million kilometers from Earth at the second Lagrange point (L2), it utilizes advanced infrared sensors (17)---- peer through cosmic dust clouds that previously obscured early galactic structures. Unlike the Hubble Telescope, (18)---- observed primarily in visible and ultraviolet wavelengths, Webb was designed to capture light emitted more than 13.5 billion years ago. The telescope's golden segmented mirrors and tennis-court-sized sunshield are critical, as its delicate instruments must remain (19)---- cold to function properly. Astrobiologists are particularly enthusiastic because Webb can also analyze the atmospheric compositions of distant exoplanets, potentially detecting chemical biosignatures that could (20)---- extraterrestrial biological activity. Thus, JWST continues to (21)---- our fundamental understanding of the early cosmos.
Launched on Christmas Day in 2021, the James Webb Space Telescope (JWST) represents humanity's most ambitious space observatory. Positioned roughly 1.5 million kilometers from Earth at the second Lagrange point (L2), it utilizes advanced infrared sensors (17)---- peer through cosmic dust clouds that previously obscured early galactic structures. Unlike the Hubble Telescope, (18)---- observed primarily in visible and ultraviolet wavelengths, Webb was designed to capture light emitted more than 13.5 billion years ago. The telescope's golden segmented mirrors and tennis-court-sized sunshield are critical, as its delicate instruments must remain (19)---- cold to function properly. Astrobiologists are particularly enthusiastic because Webb can also analyze the atmospheric compositions of distant exoplanets, potentially detecting chemical biosignatures that could (20)---- extraterrestrial biological activity. Thus, JWST continues to (21)---- our fundamental understanding of the early cosmos.
The global shift from fossil fuels toward clean energy sources has gained unprecedented momentum in recent years. Solar photovoltaic installations and wind turbines are now being deployed at record rates (22)---- significant declines in manufacturing costs. However, integrating intermittent renewable power into legacy electrical grids poses formidable engineering hurdles. Power generation fluctuates (23)---- weather conditions; therefore, large-scale battery storage facilities are indispensable. Without adequate grid modernization, excess clean electricity generated during peak sunny or windy hours (24)---- wasted. Governments across the globe are enacting strict regulatory frameworks to incentivize private investment (25)---- clean technology infrastructure. Ultimately, achieving carbon neutrality by mid-century will depend (26)---- international cooperation and sustained policy commitments.
The global shift from fossil fuels toward clean energy sources has gained unprecedented momentum in recent years. Solar photovoltaic installations and wind turbines are now being deployed at record rates (22)---- significant declines in manufacturing costs. However, integrating intermittent renewable power into legacy electrical grids poses formidable engineering hurdles. Power generation fluctuates (23)---- weather conditions; therefore, large-scale battery storage facilities are indispensable. Without adequate grid modernization, excess clean electricity generated during peak sunny or windy hours (24)---- wasted. Governments across the globe are enacting strict regulatory frameworks to incentivize private investment (25)---- clean technology infrastructure. Ultimately, achieving carbon neutrality by mid-century will depend (26)---- international cooperation and sustained policy commitments.
The global shift from fossil fuels toward clean energy sources has gained unprecedented momentum in recent years. Solar photovoltaic installations and wind turbines are now being deployed at record rates (22)---- significant declines in manufacturing costs. However, integrating intermittent renewable power into legacy electrical grids poses formidable engineering hurdles. Power generation fluctuates (23)---- weather conditions; therefore, large-scale battery storage facilities are indispensable. Without adequate grid modernization, excess clean electricity generated during peak sunny or windy hours (24)---- wasted. Governments across the globe are enacting strict regulatory frameworks to incentivize private investment (25)---- clean technology infrastructure. Ultimately, achieving carbon neutrality by mid-century will depend (26)---- international cooperation and sustained policy commitments.
The global shift from fossil fuels toward clean energy sources has gained unprecedented momentum in recent years. Solar photovoltaic installations and wind turbines are now being deployed at record rates (22)---- significant declines in manufacturing costs. However, integrating intermittent renewable power into legacy electrical grids poses formidable engineering hurdles. Power generation fluctuates (23)---- weather conditions; therefore, large-scale battery storage facilities are indispensable. Without adequate grid modernization, excess clean electricity generated during peak sunny or windy hours (24)---- wasted. Governments across the globe are enacting strict regulatory frameworks to incentivize private investment (25)---- clean technology infrastructure. Ultimately, achieving carbon neutrality by mid-century will depend (26)---- international cooperation and sustained policy commitments.
The global shift from fossil fuels toward clean energy sources has gained unprecedented momentum in recent years. Solar photovoltaic installations and wind turbines are now being deployed at record rates (22)---- significant declines in manufacturing costs. However, integrating intermittent renewable power into legacy electrical grids poses formidable engineering hurdles. Power generation fluctuates (23)---- weather conditions; therefore, large-scale battery storage facilities are indispensable. Without adequate grid modernization, excess clean electricity generated during peak sunny or windy hours (24)---- wasted. Governments across the globe are enacting strict regulatory frameworks to incentivize private investment (25)---- clean technology infrastructure. Ultimately, achieving carbon neutrality by mid-century will depend (26)---- international cooperation and sustained policy commitments.