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- Elizabeth paton Hw Ahamic # 1018 A tuwc mas Gnp 204.64 Specific heat Gnup Mirium Mr20= 7,88 -562Klmot Ineeded to break annatome. 1) mr-Mr bond separation energy find the energynly ali.band Mr-Mr ih of Mr2 gas. 1) Determine wovelength (nm) that would break the ône: Mr-Mr bandA.1. Provide two examples showing the E " character of C=0 corbom thru Co) Nu addifion, C+) Nu* addifion. Note: one eucemple for (1) and and one ex ample for (2).What is the value of the asymmetry term for 135Ba in the binding energy formula of the liquid drop model? Select one: O a. O b. O c. -55.72 MeV e. -64.78 MeV -105.43 MeV O d. -91.22 MeV -83.76 MeV
- Q2. What is the number of IR and Raman active bands in the following molecules? a. NH b. [Co(NH3)]= c. [Co(Cl) Brs] d. [Ni(CO)4] Good Luckcalculat dlta E for each complex Trans complex : G= 355 microsiemens λ= 450 nm Cis complex : G=250 microsiemens λ=500 nm.A mutant form of hemoglobin (mt Hb) no longer displays any cooperativity, yet has affinity that is close to that observed with the R-state of Hb. Looking at the Hill Plot below where wild type Hb and wildtype myoglobin (wt Mb) are shown, how would you expect mt Hb to look? (¹) 601 3 2 -2 Hemoglobin high-affinity state nH = 1 Myoglobin nμ = Hemoglobin. nH = 3 -1 0 1 log po₂ Hemoglobin low-affinity state nH = 1 L 2 3 It would have a slope of one like wt Mb, but be shifted to the left and display higher affinity matching the high affinity state of Hb It would have a slope of one like wt Mb, but be shifted to the right and display lower affinity matching the low affinity state of Hb It would have a maximal slope of 3, but be shifted to the left like the high affinity state of Hb It would have a maximal slope of 3, but be shifted to show a p50 value equal to wt Mb