options: The two compounds can be differentiated by their mass spectra because t
ID: 985854 • Letter: O
Question
options:
The two compounds can be differentiated by their mass spectra because they will have molecular ions at different masses.
1-hexene will show an absorption at 1650 cm-1 but cyclohexane will not.
Both cyclohexane and 1-hexene will show C-H absorptions at about 3000 cm-1.
Statements (1-Hexene will show an absorption at 1650 cm-1 but cyclohexane will not) and (Both cyclohexane and 1-hexene will show C-H absorptions at about 3000 cm-1) are both true.
Statements (The two compounds can be differentiated by their mass spectra because they will have molecular ions at different masses), (1-Hexene will show an absorption at 1650 cm-1 but cyclohexane will not), and (Both cyclohexane and 1-hexene will show C-H absorptions at about 3000 cm-1) are all true.
The two compounds can be differentiated by their mass spectra because they will have molecular ions at different masses.
1-hexene will show an absorption at 1650 cm-1 but cyclohexane will not.
Both cyclohexane and 1-hexene will show C-H absorptions at about 3000 cm-1.
Statements (1-Hexene will show an absorption at 1650 cm-1 but cyclohexane will not) and (Both cyclohexane and 1-hexene will show C-H absorptions at about 3000 cm-1) are both true.
Statements (The two compounds can be differentiated by their mass spectra because they will have molecular ions at different masses), (1-Hexene will show an absorption at 1650 cm-1 but cyclohexane will not), and (Both cyclohexane and 1-hexene will show C-H absorptions at about 3000 cm-1) are all true.
Explanation / Answer
Statements (1-Hexene will show an absorption at 1650 cm-1 but cyclohexane will not) and (Both cyclohexane and 1-hexene will show C-H absorptions at about 3000 cm-1) are both true.
Related Questions
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.