Otto Hahn manipulated this quantity with two pulses of radio frequency light. Following that manipul
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