The anode material of lithium-ion batteries is lithium carbide, LiC6. The cathode material is cobalt dioxide, COO2. If in an accident the anode material gets into contact with the cathode material, the irreversible reaction Butland and Maddison [5] give the specific heat capacity of graphite as the polynomial: K2 g LiCo + COO2 +6C + LiCoO2 [3] cal cal p =0.630375 -1.60535 x 10-5 T Kg 225.861 cal/g 3100.10 calK/g + T 72 910 737.0 calK2/g 9.646 07 x 107 cal K3/g 73 T4 occurs. The enthalpies of formation of the compounds is given in this table: Compound LICE LiCOO2 COOL Calculate the adiabatic reaction temperature! Due date: see D2L, Upload to: D2L. Filename: family- name.givenname.ETD_05-3.pdf 16.4kJ/mol -679.4 kJ/mol -285.9 kJ/mol [2] [3] [3] Dang [4] reportss the molar heat capacities of LiCoO2 as: J J Cp = 82.4 +374 x 10-4 -1.46 x 106 JK/mol mol K T+ mol K3 T2 The anode material of lithium-ion batteries is lithium carbide, LiC6. The cathode material is cobalt dioxide, COO2. If in an accident the anode material gets into contact with the cathode material, the irreversible reaction Butland and Maddison [5] give the specific heat capacity of graphite as the polynomial: K2 g LiCo + COO2 +6C + LiCoO2 [3] cal cal p =0.630375 -1.60535 x 10-5 T Kg 225.861 cal/g 3100.10 calK/g + T 72 910 737.0 calK2/g 9.646 07 x 107 cal K3/g 73 T4 occurs. The enthalpies of formation of the compounds is given in this table: Compound LICE LiCOO2 COOL Calculate the adiabatic reaction temperature! Due date: see D2L, Upload to: D2L. Filename: family- name.givenname.ETD_05-3.pdf 16.4kJ/mol -679.4 kJ/mol -285.9 kJ/mol [2] [3] [3] Dang [4] reportss the molar heat capacities of LiCoO2 as: J J Cp = 82.4 +374 x 10-4 -1.46 x 106 JK/mol mol K T+ mol K3 T2