ETHYL PROPIONATE NMR, carbonyl is dad and oxygen mom, a methyl gets more attention

Dedicated to all moms in the world

C=O group is dad

O atom is mom

Carbonyl is dad and oxygen mom hence c labelled methyl has higher chemical shift  and gets a little more attention

SEE BELOW

NMR IS EASY

A chemical has Formula: C₅H₁₀O₂

C₅H₁₀O₂
Rule 2, omit O, gives C₅H₁₀
5 - 10/2 + 1 = 1 degree of unsaturation.
Look for 1 pi bond or aliphatic ring.

IR

The band at 1740 indicates a carbonyl, probably a saturated aliphatic ester. The bands at 3000-2850 indicate C-H alkane stretches. The bands in the region 1320-1000 could be due to C-O stretch, consistent with an ester.

 Structure answer

This is the structure. See if you can assign the peaks on your own.

NMR answer

C has a higher chemical shift than D because it's closer to a more electron-withdrawing functional group.

Carbonyl is dad and oxygen mom,  hence c has higher chemical shift  and gets a little more attention in proton nmr

13 C NMR

Mass spectrum

RAMAN

WHAT HAPPENS WHEN A CHLORO IS INTRODUCED

THE INTERPRETATION IS BELOW

remember "a" labelled  CH3 appears as a doublet

WHEN THERE IS ONE METHYL

WHEN THERE ONE CH2 SHORT 

WHEN MOM HAS ONE MORE CH2

PROPYL PROPIONATE, try this on your own

1H NMR

see interpretation

 BIGGER ONE THAN OBOVE

13C NMR

APT

COSY

WILL PASTE INTERPRETATION AFTER ONE WEEK...................