![The effective magnetic moments of Co2+ and Co3+ in SrTiO3 investigated by temperature-dependent magnetic susceptibility - ScienceDirect The effective magnetic moments of Co2+ and Co3+ in SrTiO3 investigated by temperature-dependent magnetic susceptibility - ScienceDirect](https://ars.els-cdn.com/content/image/1-s2.0-S0025540819314801-gr2.jpg)
The effective magnetic moments of Co2+ and Co3+ in SrTiO3 investigated by temperature-dependent magnetic susceptibility - ScienceDirect
![homework and exercises - Calculating the magnetic field of the Proton in Spin-orbit Coupling in Hydrogen Atom - Physics Stack Exchange homework and exercises - Calculating the magnetic field of the Proton in Spin-orbit Coupling in Hydrogen Atom - Physics Stack Exchange](https://i.stack.imgur.com/W0Gal.png)
homework and exercises - Calculating the magnetic field of the Proton in Spin-orbit Coupling in Hydrogen Atom - Physics Stack Exchange
![The effective magnetic moment of the system shown in the figure is: (p is the pole strength and 2a is the length of each side of the triangle) -22 SO2a/ a) 2ap The effective magnetic moment of the system shown in the figure is: (p is the pole strength and 2a is the length of each side of the triangle) -22 SO2a/ a) 2ap](https://toppr-doubts-media.s3.amazonaws.com/images/4708253/8697bfde-c58c-4efe-bf7f-6c96cc96a233.jpg)
The effective magnetic moment of the system shown in the figure is: (p is the pole strength and 2a is the length of each side of the triangle) -22 SO2a/ a) 2ap
![ReasonThe spin only magnetic moment of an ion is equal to sqrt {n(n+2)} where n is the number of unpaired electrons in the ion.AssertionThe spin only magnetic moment of Sc^{3+} is 1.73 ReasonThe spin only magnetic moment of an ion is equal to sqrt {n(n+2)} where n is the number of unpaired electrons in the ion.AssertionThe spin only magnetic moment of Sc^{3+} is 1.73](https://haygot.s3.amazonaws.com/questions/1574855_1731867_ans_85213b9a092c4bd3a5406cc5384a0c12.jpeg)