Otto Hahn manipulated this quantity with two pulses of radio frequency light. Following that manipulation, this quantity would then show an "echo" of refocusing. A value that equals twice the ratio of the Larmor and cyclotron frequencies, which is slightly greater than two for the electron, is the g-factor due to this quantity. Hyperfine transitions like the 21-centimeter 
Otto Hahn manipulated this quantity with two pulses of radio frequency light. Following that manipulation, this quantity would then show an "echo" of refocusing. A value that equals twice the ratio of the Larmor and cyclotron frequencies, which is slightly greater than two for the electron, is the g-factor due to this quantity. Hyperfine transitions like the 21-centimeter line are due to changes in the sign of this quantity. This value for a particle determines its distribution function according to a namesake (*) "statistics" theorem. This quantity would be two for a graviton, and it is defined to be integer-valued for bosons, and half-integer for fermions. The fourth quantum number, which can be only plus or minus one-half, gives the sign of this quantity for an electron. For 10 points, name this quantity, the intrinsic angular momentum of a particle.
Otto Hahn manipulated this quantity with two pulses of radio frequency light.
spin [accept spin echo; accept spin g factor; accept spin statistics theorem] &lt;JL, Phys&gt; IF THE GAME IS TIED AT THIS POINT, READ A QUESTION FROM THE TIEBREAKER PACKET. THEN, FOLLOW THE INSTRUCTIONS IN THE TIEBREAKER PACKET. Bonuses