Suppose I have saturation magnetization Ms = 16.25 emu/g and density = 4.471 g/cm^3 and gyromagnetic ratio, Gamma = 2.8 MHz/Oe. In this way, I have calculated microwave operating frequency using the formula = 8*pi()^2*Ms*Gamma.

In the first step, I have multiplied the saturation magnetization by the density of the specimen, i.e., (16.25 emu/g)*(4.471g/cm^3) = 72.65375 emu/cm^3. Then I have multiplied by1000 to obtain to saturation magnetization in A/m, i.e., Ms = 72653.75 A/m. Now 1 A/m = 0.125663706 Oe. Then Ms = (72653.75*0.0125663706 Oe)= 912.99 Oe. So, the microwave operating frequency becomes = 8*(3.14)^2*912.99 Oe*2.8 MHz/Oe = 206638.44 MHz = 201.64 GHz. Is this calculation is okay or not??