Naming amines

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Menu
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We will look at some of the major peaks in the
mass spectrum of butane.
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We will look at some of the major peaks in the
mass spectrum of butane.
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The molecular ion has an m/z ratio of 58.
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It produces a peak here.
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It produces a peak here.
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If a carboncarbon bond breaks here what peaks
will form as a result?
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The CH3CH2CH2 ion has an m/z ratio of 43. It
produces a peak here.
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The CH3 ion has an m/z ratio of 15. It produces
a peak here.
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If a carboncarbon bond breaks here what peaks
will form as a result?
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The CH3CH2 ion has an m/z ratio of 29. It
produces a peak here.
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This is a simplified mass spectrum of butane.
Further fragmentation is possible.
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End of section one, return to menu by clicking
"Reset".
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We will look at some of the major peaks in the
mass spectrum of ethanoic acid.
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The molecular ion has an m/z ratio of 60.
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It produces a peak here.
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If a carboncarbon bond breaks here what peaks
will form as a result?
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The CH3 ion has an m/z ratio of 15. It produces
a peak here.
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The CH3 ion has an m/z ratio of 15. It produces
a peak here.
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The COOH ion has an m/z ratio of 45. It produces
a peak here.
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If a carbonoxygen bond breaks what peaks will
form as a result?
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The CH3CO ion has an m/z ratio of 43. It
produces a peak here. What other peak would you
expect to see?
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The CH3CO ion has an m/z ratio of 43. It
produces a peak here. What other peak would you
expect to see?
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This is a simplified mass spectrum of ethanoic
acid. Further fragmentation is possible.
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End of section two, return to menu by clicking
"Reset".
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We will look at some of the major peaks in the
mass spectrum of benzoic acid.
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The molecular ion has an m/z ratio of 122.
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It produces a peak here.
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If a carboncarbon bond breaks here what peaks
will form as a result?
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If a carboncarbon bond breaks here what peaks
will form as a result?
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The C6H5 ion has an m/z ratio of 77. What peak
would you expect to see?
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If a carbonoxygen bond breaks what peaks will
form as a result?
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The CH5CO6 ion has an m/z ratio of 105. It
produces a peak here. What other peak would you
expect to see?
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This is a simplified mass spectrum of benzoic
acid. Further fragmentation is possible.
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End of section three, return to menu by clicking
"Reset".