The chemical shift, $\delta$, is independent of the NMR instrument used, since it is defined as a ratio of frequencies. Choose all statements that are true regarding the chemical shift, $\delta$.
I. The chemical shift, $\delta$, is a characteristic of the electronic environment that the atoms are in.
II. The chemical shift of the H in tetramethylsilane (TMS) is set 0 ppm as a reference.
III. Compounds containing a single type of hydrogen atom will show only one peak in the H-NMR spectrum.
IV. The chemical shift, $\delta$ is increasing left to right on an NMR spectrum.

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The Answer of The chemical shift, $\delta$, is independent of the NMR instrument used, since it is defined as a ratio of frequencies. Choose all statements that are true regarding the chemical shift, $\delta$.
I. The chemical shift, $\delta$, is a characteristic of the electronic environment that the atoms are in.
II. The chemical shift of the H in tetramethylsilane (TMS) is set 0 ppm as a reference.
III. Compounds containing a single type of hydrogen atom will show only one peak in the H-NMR spectrum.
IV. The chemical shift, $\delta$ is increasing left to right on an NMR spectrum.

The Chemical Shift δ\deltaδ , Is Independent of the NMR Instrument Used, Since It

The Chemical Shift $\delta$ , Is Independent of the NMR Instrument Used, Since It