Do most methylene groups sandwiched between a carbonyl and aryl group have a chemical shift around 3.5 ppm?

For example, take methyl phenyl acetate, we can see the chemical shifts is at 7.4 ppm, singlet, 5H; 3.6 ppm, singlet, 3H and 3.5 ppm, singlet 2H. Let us say we didn't know the identity of the compound and just its molecular formular C9H10O2.


I knew that of the 3.6 ppm, singlet, 3H signal I would get CH3-O, but I had trouble thinking about the 3.5 ppm, singlet, 2H. I later found out that the methylene group -CH2 was sandwiched between the carbonyl and the benzene ring, which made me think if this was a pattern for all methylenes sandwiched between a carbonyl and a benzene ring. 


