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(A) It takes advantage of the different boiling points of molecules to separate them. (B) It uses the fraction of carbon in the isomers to separate the molecules. (C) It takes advantage of the different weight of molecules to separate them. (D) It takes advantage of the different melting points to separate molecules. 10. Which of the following molecules would probably be isolated closest to the top of a fractionating tower at a refinery? (A) C4H10 (B) C10H22 (С) СоН82 (D) C8H18 11. Where would you expect to isolate molecules in a petroleum fractionating tower tha have the strongest intermolecular forces? (A) near the middle (B) near the bottom (C) near the top (D) Fractional distillation takes advantage of molecular uunio

(A) It takes advantage of the different boiling points of molecules to separate them. (B) It uses the fraction of carbon in the isomers to separate the molecules. (C) It takes advantage of the different weight of molecules to separate them. (D) It takes advantage of the different melting points to separate molecules. 10. Which of the following molecules would probably be isolated closest to the top of a fractionating tower at a refinery? (A) C4H10 (B) C10H22 (С) СоН82 (D) C8H18 11. Where would you expect to isolate molecules in a petroleum fractionating tower tha have the strongest intermolecular forces? (A) near the middle (B) near the bottom (C) near the top (D) Fractional distillation takes advantage of molecular uunio

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Question 10 - the answer is A. Can you explain why?
(A) It takes advantage of the different boiling points of molecules to separate them. (B) It uses the fraction of carbon in the isomers to separate the molecules. (C) It takes advantage of the different weight of molecules to separate them. (D) It takes advantage of the different melting points to separate molecules. 10. Which of the following molecules would probably be isolated closest to the top of a fractionating tower at a refinery? (A) C4H10 (B) C10H22 (С) СоН82 (D) C8H18 11. Where would you expect to isolate molecules in a petroleum fractionating tower tha have the strongest intermolecular forces? (A) near the middle (B) near the bottom (C) near the top (D) Fractional distillation takes advantage of molecular uunig
Transcribed Image Text:(A) It takes advantage of the different boiling points of molecules to separate them. (B) It uses the fraction of carbon in the isomers to separate the molecules. (C) It takes advantage of the different weight of molecules to separate them. (D) It takes advantage of the different melting points to separate molecules. 10. Which of the following molecules would probably be isolated closest to the top of a fractionating tower at a refinery? (A) C4H10 (B) C10H22 (С) СоН82 (D) C8H18 11. Where would you expect to isolate molecules in a petroleum fractionating tower tha have the strongest intermolecular forces? (A) near the middle (B) near the bottom (C) near the top (D) Fractional distillation takes advantage of molecular uunig
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