Six commercial brands of multivitamins with multimineral marketed in Ethiopia were analyzedrnfor their macro Ca (II), Mg (II) and K (I)) and micro Cr (III and VI)) elemental quantitation ,rnprior to analysis samples were digested in Kjeldahl apparatus with 10 ml analytical grade ofrnornconcentrated (67-70) HNO) % w/v and 5 ml of 30% H20 2 w/v healed at a temperature of 150 Crnin order to remove all the organic matters of multivitamin until a clear solution was obtained.rnEach sample solution was quantitative ly transferred to 100 ml volumetric flask and adjusted tornthe mark with deionized water. The calibration curve was linear in the range of 0.001 Ilg/mL torn0.0225 Ilg/mL for magnesium (TI), 0.01 Ilg/mL to 3.00 Ilg/mL of calcium (II), 0.01 Ilg/mL torn1.5 Ilg/ml of potassium (I) and 0.05Ilg/ml to 3.00 Ilg/mL of total clU'omium (III and VI).Therncorrelation coefficients for all standard metallic solutions of Ca (II), Mg (II), K (I) and total Cr .rn(III and VI) in the linear range of r > 0.998. The precision were evaluated in an inter-day andrnintera-day determination of magnesium (II) and calcium (II) in Maxamine forte tablets, the RSDrnand RSE were lower than 2% and the recoveries were carried out and found to be between 98%rnand 101.0 I % that ascertains good precision of the method. Thus, F AAS was found to be simplernto operate, sensitive, precise alld suitable for quantitative determination of metal ions inrnmultivitamin with multimineral preparations and could be useful in a routine work.rnKey words: FAAS, Wet digestion, Elemental analys is, Multivitamins with multiminerals dosagernforms