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0.202 amu 0.808 amu 0.196 amu 0.201 amu 0.402 amu

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0.202 amu 0.808 amu 0.196 amu 0.201 amu 0.402 amu

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  1. ****************************************************************************** Masses of subatomic particles that may be useful for questions below. electron 0.00055 amu ; proton 1.0073 amu ; neutron 1.0087 amu **************************************************************************** The actual mass of an atom of {image} Na is 22.9898 amu. What is its mass deficiency? • 0.202 amu • 0.808 amu • 0.196 amu • 0.201 amu • 0.402 amu

  2. The mass of one atom of {image} Al is 26.9815 amu. What is its mass deficiency? • 0.766 amu • 0.414 amu • 0.242 amu • 0.143 amu • 0.176 amu

  3. The actual mass of a {image} Mn atom is 54.9381 amu. Calculate the mass deficiency for 55,25Mn. • 0.436 amu/atom • 0.488 amu/atom • 0.519 amu/atom • 0.533 amu/atom • 0.537 amu/atom

  4. The actual mass of an atom of {image} Ni is 63.9280 amu. Calculate its mass deficiency. • 0.605 amu/atom • 0.596 amu/atom • 0.614 amu/atom • 0.621 amu/atom • 0.590 amu/atom

  5. The actual mass of an atom of {image} Ne is 19.9924 amu. Calculate the mass deficiency in g/mol of atoms. • 0.173 g/mol • 0.265 g/mol • 0.099 g/mol • 0.143 g/mol • 0.191 g/mol

  6. The mass deficiency for {image} Ni is 0.6050 amu/atom. Calculate its binding energy in kJ/mol. • 5.44 x 1010 kJ/mol • 2.28 x 1021 kJ/mol • 1.82 x 103 kJ/mol • 2.59 x 1016 kJ/mol • 6.99 x 108 kJ/mol

  7. The mass deficiency of {image} Br is 0.7393 amu/atom. Calculate its binding energy in kJ/mol of atoms. • 1.55 x 1011 kJ/mol • 6.65 x 1010 kJ/mol • 2.72 x 1010 kJ/mol • 1.98 x 1010 kJ/mol • 2.60 x 1010 kJ/mol

  8. The mass deficiency of an isotope is 0.2482 amu per atom. Determine its binding energy in kcal/mol. • 7.45 x 109 kcal/mol • 2.67 x 1010 kcal/mol • 4.62 x 1010 kcal/mol • 5.34 x 109 kcal/mol • 6.18 x 1010 kcal/mol

  9. Which statement concerning average nuclear binding energy per gram of nuclei is false? • For nuclei with small mass numbers, it increases rapidly with increasing mass number. • It reaches a maximum around mass number 50. • It decreases slowly with increasing mass number for nuclei with mass numbers greater than 50. • The nuclei with the highest binding energies (mass numbers 40 to 150) are the most stable. • Nuclei with mass numbers greater than 210 can easily be decomposed into protons and neutrons.

  10. 1. 2. 3. 4. 5. Complete and balance the following equation. The missing term is _____. {image} Ge {image} _____ + {image} &#946 • {image} Hg • {image} Ga • {image} As • {image} As • {image} Ge

  11. 1. 2. 3. 4. 5. Complete and balance the following equation. The missing term is _____. 44,20Ca + {image} H {image} _____ + {image} n • {image} Sc • {image} Ti • {image} Ca • {image} Sc • 43,28Ar

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