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3.5. Use the derived Geiger-Nuttall equation and the data below to find the hindrance factor for 225. 95 ms 2250 92 Q =8020 59 15% 1.68 ms (7/2) 0.85% 221Th 90 3.6. Use the derived Geiger-Nuttall equation and the data below to find the hindrance factor for 2270. 1.1 m (3/2) 2270 3:0 28. MM) 92 Q=7211 247 M1 (5/2) 27 **222082 M1:52 (3/2)* 310 16% 247 50% 209 14% 1.5 78 (7/2)* 51.3 M1-E2 (7/2) 513, 20% 0.60 s (5/2) 223th 90 3.7. How does the hindrance factor calculated for 227U compare with the hindrance factor from the table of the isotopes? 3.8. Discuss the effectiveness of Geiger-Nuttall equation for modeling the nuclear properties in this