a) What are the relative intensities of the peaks within a nonet (a nonet is a multiplet that has nine peaks)? Enter just the numbers, from left to right, separated by colons, and without spaces. For example, 1:3:3:1 would be entered for a quartet. b) A certain proton NMR spectrum consists of one singlet, one quartet and a number of other peaks. The height of the singlet's "integration step" is 56 mm while the quarteť's "integration step" is 195 mm. Given that the singlet is due to two protons how many protons (expressed as a whole number) are responsible for the quartet?

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Please provide me with the solution to the question (both parts). Thanks.

a) What are the relative intensities of the peaks within a nonet (a nonet is a multiplet that has nine
peaks)? Enter just the numbers, from left to right, separated by colons, and without spaces. For example, 1:3:3:1 would
be entered for a quartet.
b) A certain proton NMR spectrum consists of one singlet, one quartet and a number of other peaks.
The height of the singlet's "integration step" is 56 mm while the quarteť's "integration step" is 195 mm. Given that the singlet
is due to two protons how many protons (expressed as a whole number) are responsible for the quartet?
Transcribed Image Text:a) What are the relative intensities of the peaks within a nonet (a nonet is a multiplet that has nine peaks)? Enter just the numbers, from left to right, separated by colons, and without spaces. For example, 1:3:3:1 would be entered for a quartet. b) A certain proton NMR spectrum consists of one singlet, one quartet and a number of other peaks. The height of the singlet's "integration step" is 56 mm while the quarteť's "integration step" is 195 mm. Given that the singlet is due to two protons how many protons (expressed as a whole number) are responsible for the quartet?
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