*Assume the ice goes through no state change, the final temperature should be negative.Please show a full solution for question 1 (complete steps)(Required values are provided in the table)

1) A 192 g solid ice cube at -35.0 C is submersed in 120. g of molten Gallium which is in a 125 g copper calorimeter. The Gallium and copper is initially at 40 C. Determine the final temperature of the system. Substance Specific Heat Latent Heat of Melting Point Latent Heat of Boiling Point (C) Capacity (J/kgoC) Fusion (kJ/kg) (C) Vaporization (kJ/kg) Ethylene Glycol 2200 188 -13 300 197 Gallium 371 78 29 3696 2400 Copper 390 207 1083 4730 2595 Water 4200 333 0 2255 100 Ice 2100 2) Complete the following nuclear equations by writing the missing particle in each of the blank spaces. a) 23 Mg - 2Na + 12 11 235 + 1 146 b) n - 57 , La + Br + 92 35 C) + B - 92