Calculate the binding energy for nucleus of a 4°Ca atom, answering the related questions along the way. Particle Relative Mass (u) 46Ca atom 45.953689 electron 5.485798 x 10-4 proton 1.007276 neutron 1.008665 u = 1.660539 x 10-27 kg C = 2.998 x 108 m/s %3D Periodic Table IMPORTANT: When entering your answers: • Use scientific notation • Enter the numbers only (no units) • Do not leave any spaces Report coefficients to the the 3rd decimal place (with proper rounding, regardless of the significant figures, use unrounde numbers in subsequent calculations) Report exponents as whole numbers (include the negative sign if necessary)

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Calculate the binding energy for nucleus of a 46Ca atom,
answering the related questions along the way.
Particle
Relative Mass (u)
46Ca atom
45.953689
electron
5.485798 × 10-4
proton
1.007276
neutron
1.008665
u = 1.660539 x 10-27 kg
c = 2.998 x 10° m/s
Periodic Table
IMPORTANT: When entering your answers:
• Use scientific notation
• Enter the numbers only (no units)
• Do not leave any spaces
Report coefficients to the the 3rd decimal place (with proper
rounding, regardless of the significant figures, use unrounded
numbers in subsequent calculations)
Report exponents as whole numbers (include the negative
sign if necessary)
Transcribed Image Text:Calculate the binding energy for nucleus of a 46Ca atom, answering the related questions along the way. Particle Relative Mass (u) 46Ca atom 45.953689 electron 5.485798 × 10-4 proton 1.007276 neutron 1.008665 u = 1.660539 x 10-27 kg c = 2.998 x 10° m/s Periodic Table IMPORTANT: When entering your answers: • Use scientific notation • Enter the numbers only (no units) • Do not leave any spaces Report coefficients to the the 3rd decimal place (with proper rounding, regardless of the significant figures, use unrounded numbers in subsequent calculations) Report exponents as whole numbers (include the negative sign if necessary)
Report exponents as whole numbers (include the negative
sign if necessary)
Example: for 1.23456 x 10-78, you would enter 1.235 and -78
Mass defect (in kg):
x 10^
kg
Binding energy (per nucleus in J):
x 10^
J/nucleus
Binding energy (in kJ/mol)
x 10^
kJ/mol
Transcribed Image Text:Report exponents as whole numbers (include the negative sign if necessary) Example: for 1.23456 x 10-78, you would enter 1.235 and -78 Mass defect (in kg): x 10^ kg Binding energy (per nucleus in J): x 10^ J/nucleus Binding energy (in kJ/mol) x 10^ kJ/mol
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