- Question 2 Enter Values For A And Z And Then Identify X In The Equation Below A Z Question 3 X Is 250 Cm X 38sr 1 (41.03 KiB) Viewed 26 times
- Question 2 Enter Values For A And Z And Then Identify X In The Equation Below A Z Question 3 X Is 250 Cm X 38sr 2 (39.81 KiB) Viewed 26 times
- Question 2 Enter Values For A And Z And Then Identify X In The Equation Below A Z Question 3 X Is 250 Cm X 38sr 3 (51.41 KiB) Viewed 26 times
- Question 2 Enter Values For A And Z And Then Identify X In The Equation Below A Z Question 3 X Is 250 Cm X 38sr 4 (52.37 KiB) Viewed 26 times
- Question 2 Enter Values For A And Z And Then Identify X In The Equation Below A Z Question 3 X Is 250 Cm X 38sr 5 (54.62 KiB) Viewed 26 times
- Question 2 Enter Values For A And Z And Then Identify X In The Equation Below A Z Question 3 X Is 250 Cm X 38sr 6 (30.97 KiB) Viewed 26 times
Question 4 Enter values for A and Z and then identify X in the equation below. A = |||| Z= Question 5 X is CN + X T FOY #6
Question 6 The atomic mass of Mg-26 is 25.98259 amu. Calculate each of the following for this isotope. mass defect= binding energy per atom in millions of electron volts = binding energy per nucleon Question 7 For each of the following indicate weather the isotope is stable or the type of radioactive decay that it is likely to go through. U-239 Te-130 Mg-24 H Question & Typ A 15 pc Fill in one ope Par Part ab Part 15 point
Question 8 Which of the following equations correctly represents the alpha particle bombardment of Am- Select an 240 to produce Bk-243? 6 point A. O B.O C. O D. O E.O F.O 240 95 Am + He → 243Bk+ H 98 240 95 Am + He 240 Am + He 95 →Bk + n 97 240 Am He 05 →Bk+ H 98 240 Am + He → 22²Bk + n 95 97 241 97 Bk+ H
Which of the following equations correctly represents the positron emission reaction of Cu-62? Select 6 poir A. O B.O C. O D.O E. O F.O Cinal hall A Cu → Nie 62 29 Cu Cu → 62 Cu 29 Cu → POP 29 62 28 Cu Zn + e 29 Ni + e → Zn + e 30 Cu + e 30 Cu + e Kav-CHEM 102 Fi....pdf n FOR CHEM 102 Fin
E. O F.O G.O H. O Cu → Cu + e 02 Cu 29 29 → Cu + le → CuNi+º₁e 28 62 Cu 29 → Zn + e