Equivalent protons 1: The first proton which is unique is the proton para or opposite the methyl group. There are no other protons in this kind of environment. Equivalent Protons 2: The meta protons, opposite one another (symmetrically) are exactly equivalent. Equivalent protons 3: The ortho protons, nearest the methyl group are equivalent. Equivalent protons 4: Finally, the methyl protons are all equivalent since a carbon-carbon single bond can freely rotate.
Equivalent protons 1:
The first proton which is unique is the proton para or opposite the methyl group. There are no other protons in this kind of environment. Equivalent Protons 2: The meta protons, opposite one another (symmetrically) are exactly equivalent. Equivalent protons 3: The ortho protons, nearest the methyl group are equivalent. Equivalent protons 4: Finally, the methyl protons are all equivalent since a carbon-carbon single bond can freely rotate.
Equivalent Protons 2:
The meta protons, opposite one another (symmetrically) are exactly equivalent. Equivalent protons 3: The ortho protons, nearest the methyl group are equivalent. Equivalent protons 4: Finally, the methyl protons are all equivalent since a carbon-carbon single bond can freely rotate.
Equivalent protons 3:
The ortho protons, nearest the methyl group are equivalent. Equivalent protons 4: Finally, the methyl protons are all equivalent since a carbon-carbon single bond can freely rotate.
Equivalent protons 4:
Finally, the methyl protons are all equivalent since a carbon-carbon single bond can freely rotate.