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*Predict the M: M+l: M+2 intensities (taking. M = 100%) for @ C4H₂O (1) C5 HqN, given the following abundance: H: 2H is c: 13c is 0: 0.016% of 1H abundance... דו 1.08% of 12 18 1701 o are 0.04%, 0.20% of N 15N is 0.38% of 14 N abundance. c abundance. 160 abundance.

*Predict the M: M+l: M+2 intensities (taking. M = 100%) for @ C4H₂O (1) C5 HqN, given the following abundance: H: 2H is c: 13c is 0: 0.016% of 1H abundance... דו 1.08% of 12 18 1701 o are 0.04%, 0.20% of N 15N is 0.38% of 14 N abundance. c abundance. 160 abundance.

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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*Predict the M: M+l: M+2 intensities (taking M = 100%) for @ C4 H ₂₂0 @ C₂ H₂O (1) C5 HqN, given the following abundance: H: 2H is 0.016% of 1H abundance..... c: 13c is דו 1.08% of 0:170; 12 18 。 are 0.04%, 0.20% of N 15N is 0.38% of 14 N abundance. c abundance. 160 abundance
Transcribed Image Text:*Predict the M: M+l: M+2 intensities (taking M = 100%) for @ C4 H ₂₂0 @ C₂ H₂O (1) C5 HqN, given the following abundance: H: 2H is 0.016% of 1H abundance..... c: 13c is דו 1.08% of 0:170; 12 18 。 are 0.04%, 0.20% of N 15N is 0.38% of 14 N abundance. c abundance. 160 abundance
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