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Directions: For each one: Calculate its mass defect in amu, Calculate the binding energy in ev, Calculate the average binding energy per nudeon in ev, & Convert the binding energy in eV to Joules. 1. The lithium isotope, 36L1, with an atomic weight of 6. 01513 amu. 2. Chlorine-35, whose mass is 34.9689 amu. 3. Copper-63, whose mass is 62.9298 amu.

Directions: For each one: Calculate its mass defect in amu, Calculate the binding energy in ev, Calculate the average binding energy per nudeon in ev, & Convert the binding energy in eV to Joules. 1. The lithium isotope, 36L1, with an atomic weight of 6. 01513 amu. 2. Chlorine-35, whose mass is 34.9689 amu. 3. Copper-63, whose mass is 62.9298 amu.

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Directions: For each one: Calculate its mass defect in amu, Calculate the binding energy in eV, Calculate the average binding energy per nudeon in eV, & Convert the binding energy in eV to Joules. 1. The lithium isotope, 36Lt, with an atomic weight of 6. 01513 amu. 2. Chlorine-35, whose mass is 34.9689 amu. 3. Copper-63, whose mass is 62.9298 amu. 81 4. Br, with a mass of 80.9163 amu. 5. 120 Te, with a mass of 119.9045 amu.
Transcribed Image Text:Directions: For each one: Calculate its mass defect in amu, Calculate the binding energy in eV, Calculate the average binding energy per nudeon in eV, & Convert the binding energy in eV to Joules. 1. The lithium isotope, 36Lt, with an atomic weight of 6. 01513 amu. 2. Chlorine-35, whose mass is 34.9689 amu. 3. Copper-63, whose mass is 62.9298 amu. 81 4. Br, with a mass of 80.9163 amu. 5. 120 Te, with a mass of 119.9045 amu.
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