Question

9. What mass of Mg (AM: 24.3) ia formed by passing a cunrent of 45 A through a moben MgChy for 4 50 days?-96485 C/mol e) the balanced half-cell reaction 10. Electrolysis of 11. Calculate the bieding energy in k/mol for He-3.(c 2.998x10 ms. Nuclear mass: He 3 3.01493 p 1.00728, n 1.00867 12. For the folowing nuclear reactions, write and balance the nuclear equation for each. Then identity 15 pt) each the type of nuclear reaction H(z. 1, A. 3) H(z. 1, A. 2) → He(z-2.A.4) b) 9. What mass of Mg (AM: 24.3) is formed by passing a current of 4.5 A through a molten MgCl, for 4.50 [10 pt) days? (F 96485 C/mol e) 10. Electrolysis of H:0 yields H2 at negative electrode surface. Write the balanced half-cell reaction 5 pt] 2.998x10, m/s. He-3 301 493, (с Nuclear mass: 11. Calculate the binding energy in kJ/mol for He-3. 10 pt] p 1.00728, n 1.00867.) 12. For the following nuclear reactions, write and balance the nuclear equation for each. Then identify each the type of nuclear reaction. a) K(z 19, A 40) Ar (z 18, A 40)+? 15 pt] c) U (z-92, A-238) Th (z 90, A 234)

Answer 1

uuiset.SD da 1749 600 C mct 1927o C 24.3 1749 600 C 9 2976c 220 32 elet taste)-