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For hot desert locations with access to seawater, a new greenhouse design generates freshwater and cool air. Oriented to the prevailing wind, the front wall of perforated cardboard, moistened by a trickle of seawater pumped in, cools and moistens hot air blowing in. This cool, humidified air accelerates plant growth; little water evaporates from leaves. Though greenhouses normally capture the heat of sunlight, a double-layered roof, the inner layer coated to reflect infrared light outward, allows visible sunlight in but traps solar heat between the two layers. This heated air, drawn down from the roof, then mixes with the greenhouse air as it reaches a second seawater-moistened cardboard wall at the back of the greenhouse. There the air absorbs more moisture before being cooled off again when it meets a seawater-cooled metal wall, which causes moisture in the air to condense. Thus distilled water for irrigating the plants collects.Q.Which of the following can be inferred about the importance of the seawater-moistened cardboard walls in the greenhouse design?a)They serve as the primary source of freshwater for the greenhouse.b)They help in maintaining the structure of the greenhouse.c)They are crucial for cooling and humidifying the air inside the greenhouse.d)They ensure the proper circulation of air within the greenhouse.e)They reflect solar heat away from the greenhouse to keep it cool.Correct answer is option 'C'. Can you explain this answer? for GMAT 2025 is part of GMAT preparation. The Question and answers have been prepared according to the GMAT exam syllabus. Information about For hot desert locations with access to seawater, a new greenhouse design generates freshwater and cool air. Oriented to the prevailing wind, the front wall of perforated cardboard, moistened by a trickle of seawater pumped in, cools and moistens hot air blowing in. This cool, humidified air accelerates plant growth; little water evaporates from leaves. Though greenhouses normally capture the heat of sunlight, a double-layered roof, the inner layer coated to reflect infrared light outward, allows visible sunlight in but traps solar heat between the two layers. This heated air, drawn down from the roof, then mixes with the greenhouse air as it reaches a second seawater-moistened cardboard wall at the back of the greenhouse. There the air absorbs more moisture before being cooled off again when it meets a seawater-cooled metal wall, which causes moisture in the air to condense. Thus distilled water for irrigating the plants collects.Q.Which of the following can be inferred about the importance of the seawater-moistened cardboard walls in the greenhouse design?a)They serve as the primary source of freshwater for the greenhouse.b)They help in maintaining the structure of the greenhouse.c)They are crucial for cooling and humidifying the air inside the greenhouse.d)They ensure the proper circulation of air within the greenhouse.e)They reflect solar heat away from the greenhouse to keep it cool.Correct answer is option 'C'. Can you explain this answer? covers all topics & solutions for GMAT 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for For hot desert locations with access to seawater, a new greenhouse design generates freshwater and cool air. Oriented to the prevailing wind, the front wall of perforated cardboard, moistened by a trickle of seawater pumped in, cools and moistens hot air blowing in. This cool, humidified air accelerates plant growth; little water evaporates from leaves. Though greenhouses normally capture the heat of sunlight, a double-layered roof, the inner layer coated to reflect infrared light outward, allows visible sunlight in but traps solar heat between the two layers. This heated air, drawn down from the roof, then mixes with the greenhouse air as it reaches a second seawater-moistened cardboard wall at the back of the greenhouse. There the air absorbs more moisture before being cooled off again when it meets a seawater-cooled metal wall, which causes moisture in the air to condense. Thus distilled water for irrigating the plants collects.Q.Which of the following can be inferred about the importance of the seawater-moistened cardboard walls in the greenhouse design?a)They serve as the primary source of freshwater for the greenhouse.b)They help in maintaining the structure of the greenhouse.c)They are crucial for cooling and humidifying the air inside the greenhouse.d)They ensure the proper circulation of air within the greenhouse.e)They reflect solar heat away from the greenhouse to keep it cool.Correct answer is option 'C'. Can you explain this answer?.

Solutions for For hot desert locations with access to seawater, a new greenhouse design generates freshwater and cool air. Oriented to the prevailing wind, the front wall of perforated cardboard, moistened by a trickle of seawater pumped in, cools and moistens hot air blowing in. This cool, humidified air accelerates plant growth; little water evaporates from leaves. Though greenhouses normally capture the heat of sunlight, a double-layered roof, the inner layer coated to reflect infrared light outward, allows visible sunlight in but traps solar heat between the two layers. This heated air, drawn down from the roof, then mixes with the greenhouse air as it reaches a second seawater-moistened cardboard wall at the back of the greenhouse. There the air absorbs more moisture before being cooled off again when it meets a seawater-cooled metal wall, which causes moisture in the air to condense. Thus distilled water for irrigating the plants collects.Q.Which of the following can be inferred about the importance of the seawater-moistened cardboard walls in the greenhouse design?a)They serve as the primary source of freshwater for the greenhouse.b)They help in maintaining the structure of the greenhouse.c)They are crucial for cooling and humidifying the air inside the greenhouse.d)They ensure the proper circulation of air within the greenhouse.e)They reflect solar heat away from the greenhouse to keep it cool.Correct answer is option 'C'. Can you explain this answer? in English & in Hindi are available as part of our courses for GMAT. Download more important topics, notes, lectures and mock test series for GMAT Exam by signing up for free.

Here you can find the meaning of For hot desert locations with access to seawater, a new greenhouse design generates freshwater and cool air. Oriented to the prevailing wind, the front wall of perforated cardboard, moistened by a trickle of seawater pumped in, cools and moistens hot air blowing in. This cool, humidified air accelerates plant growth; little water evaporates from leaves. Though greenhouses normally capture the heat of sunlight, a double-layered roof, the inner layer coated to reflect infrared light outward, allows visible sunlight in but traps solar heat between the two layers. This heated air, drawn down from the roof, then mixes with the greenhouse air as it reaches a second seawater-moistened cardboard wall at the back of the greenhouse. There the air absorbs more moisture before being cooled off again when it meets a seawater-cooled metal wall, which causes moisture in the air to condense. Thus distilled water for irrigating the plants collects.Q.Which of the following can be inferred about the importance of the seawater-moistened cardboard walls in the greenhouse design?a)They serve as the primary source of freshwater for the greenhouse.b)They help in maintaining the structure of the greenhouse.c)They are crucial for cooling and humidifying the air inside the greenhouse.d)They ensure the proper circulation of air within the greenhouse.e)They reflect solar heat away from the greenhouse to keep it cool.Correct answer is option 'C'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of For hot desert locations with access to seawater, a new greenhouse design generates freshwater and cool air. Oriented to the prevailing wind, the front wall of perforated cardboard, moistened by a trickle of seawater pumped in, cools and moistens hot air blowing in. This cool, humidified air accelerates plant growth; little water evaporates from leaves. Though greenhouses normally capture the heat of sunlight, a double-layered roof, the inner layer coated to reflect infrared light outward, allows visible sunlight in but traps solar heat between the two layers. This heated air, drawn down from the roof, then mixes with the greenhouse air as it reaches a second seawater-moistened cardboard wall at the back of the greenhouse. There the air absorbs more moisture before being cooled off again when it meets a seawater-cooled metal wall, which causes moisture in the air to condense. Thus distilled water for irrigating the plants collects.Q.Which of the following can be inferred about the importance of the seawater-moistened cardboard walls in the greenhouse design?a)They serve as the primary source of freshwater for the greenhouse.b)They help in maintaining the structure of the greenhouse.c)They are crucial for cooling and humidifying the air inside the greenhouse.d)They ensure the proper circulation of air within the greenhouse.e)They reflect solar heat away from the greenhouse to keep it cool.Correct answer is option 'C'. Can you explain this answer?, a detailed solution for For hot desert locations with access to seawater, a new greenhouse design generates freshwater and cool air. Oriented to the prevailing wind, the front wall of perforated cardboard, moistened by a trickle of seawater pumped in, cools and moistens hot air blowing in. This cool, humidified air accelerates plant growth; little water evaporates from leaves. Though greenhouses normally capture the heat of sunlight, a double-layered roof, the inner layer coated to reflect infrared light outward, allows visible sunlight in but traps solar heat between the two layers. This heated air, drawn down from the roof, then mixes with the greenhouse air as it reaches a second seawater-moistened cardboard wall at the back of the greenhouse. There the air absorbs more moisture before being cooled off again when it meets a seawater-cooled metal wall, which causes moisture in the air to condense. Thus distilled water for irrigating the plants collects.Q.Which of the following can be inferred about the importance of the seawater-moistened cardboard walls in the greenhouse design?a)They serve as the primary source of freshwater for the greenhouse.b)They help in maintaining the structure of the greenhouse.c)They are crucial for cooling and humidifying the air inside the greenhouse.d)They ensure the proper circulation of air within the greenhouse.e)They reflect solar heat away from the greenhouse to keep it cool.Correct answer is option 'C'. Can you explain this answer? has been provided alongside types of For hot desert locations with access to seawater, a new greenhouse design generates freshwater and cool air. Oriented to the prevailing wind, the front wall of perforated cardboard, moistened by a trickle of seawater pumped in, cools and moistens hot air blowing in. This cool, humidified air accelerates plant growth; little water evaporates from leaves. Though greenhouses normally capture the heat of sunlight, a double-layered roof, the inner layer coated to reflect infrared light outward, allows visible sunlight in but traps solar heat between the two layers. This heated air, drawn down from the roof, then mixes with the greenhouse air as it reaches a second seawater-moistened cardboard wall at the back of the greenhouse. There the air absorbs more moisture before being cooled off again when it meets a seawater-cooled metal wall, which causes moisture in the air to condense. Thus distilled water for irrigating the plants collects.Q.Which of the following can be inferred about the importance of the seawater-moistened cardboard walls in the greenhouse design?a)They serve as the primary source of freshwater for the greenhouse.b)They help in maintaining the structure of the greenhouse.c)They are crucial for cooling and humidifying the air inside the greenhouse.d)They ensure the proper circulation of air within the greenhouse.e)They reflect solar heat away from the greenhouse to keep it cool.Correct answer is option 'C'. Can you explain this answer? theory, EduRev gives you an ample number of questions to practice For hot desert locations with access to seawater, a new greenhouse design generates freshwater and cool air. Oriented to the prevailing wind, the front wall of perforated cardboard, moistened by a trickle of seawater pumped in, cools and moistens hot air blowing in. This cool, humidified air accelerates plant growth; little water evaporates from leaves. Though greenhouses normally capture the heat of sunlight, a double-layered roof, the inner layer coated to reflect infrared light outward, allows visible sunlight in but traps solar heat between the two layers. This heated air, drawn down from the roof, then mixes with the greenhouse air as it reaches a second seawater-moistened cardboard wall at the back of the greenhouse. There the air absorbs more moisture before being cooled off again when it meets a seawater-cooled metal wall, which causes moisture in the air to condense. Thus distilled water for irrigating the plants collects.Q.Which of the following can be inferred about the importance of the seawater-moistened cardboard walls in the greenhouse design?a)They serve as the primary source of freshwater for the greenhouse.b)They help in maintaining the structure of the greenhouse.c)They are crucial for cooling and humidifying the air inside the greenhouse.d)They ensure the proper circulation of air within the greenhouse.e)They reflect solar heat away from the greenhouse to keep it cool.Correct answer is option 'C'. Can you explain this answer? tests, examples and also practice GMAT tests.