How to Identify a LSAT Logical Reasoning Inference Using LawHub Logical Reasoning Drill Set 1 скачать в хорошем качестве

How to Identify a LSAT Logical Reasoning Inference Using LawHub Logical Reasoning Drill Set 1

Learn how to access and address a practice #lsat #logicalreasoning inference identification problem using the official exam interface. Please like this video if you find the information in it helpful as you continue your #lsatprep journey, subscribe to this channel to receive notifications about new explanation videos as they become available, or become a member at    / @myguruedge   for access to exclusive explanations to additional LSAT PrepTest and LawHub Drill Set practice problems. To learn more about the LSAT or the law school application process, visit the MyGuru LSAT & Law School Admissions blog at www.myguruedge.com/our-thinking/lsat-and-the-law-school-admissions-process or visit https://www.myguruedge.com/book_intro... to book a free LSAT instruction consultation. To learn more about the instructor, visit https://www.myguruedge.com/team/stefa... LSAC LawHub LSAT Logical Reasoning Drill Set 1, Question 8: Carbon dioxide and water vapor in Earth's atmosphere warm Earth's surface by reducing the amount of heat that radiates back into outer space after reaching Earth's surface from the sun. Substantially higher concentrations of carbon dioxide and water vapor in the atmosphere would enhance this effect at least slightly. Such concentrations would also make the sky cloudier, which would significantly reduce the overall amount of heat reaching Earth's surface from the sun. 8. Which one of the following is most strongly supported by the information above? A) Substantially higher concentrations of carbon dioxide and water vapor in Earth's atmosphere would reduce the overall amount of heat that radiates back into outer space after reaching Earth's surface from the sun. (Correct) B) Any reduction in the amount of heat that radiates back into outer space after reaching Earth's surface from the sun would be accompanied by a reduction in the overall amount of heat reaching Earth's surface from the sun. C) Substantially higher concentrations of carbon dioxide and water vapor in Earth's atmosphere would cool Earth's surface at least slightly. D) A higher concentration of carbon dioxide in Earth's atmosphere would reduce the overall amount of heat reaching Earth's surface from the sun only if accompanied by an increase in the concentration of water vapor in Earth's atmosphere. E) Slightly higher concentrations of carbon dioxide and water vapor in Earth's atmosphere would have no significant overall effect on the average temperature of Earth's surface.