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It takes 432 kJ to keep a 120 watt incandescent lightbulb burning for 1 hour . Assuming that the lightbulb won't burn out , for how many years could the energy of the mass defect of one mole of 244 Pu keep a 120 watt lightbulb burning? ( The observed mass of a 245Pu atom is 24.064198 u . Also assume that 1 year = 365.242 days ).

It takes 432 kJ to keep a 120 watt incandescent lightbulb burning for 1 hour . Assuming that the lightbulb won't burn out , for how many years could the energy of the mass defect of one mole of 244 Pu keep a 120 watt lightbulb burning? ( The observed mass of a 245Pu atom is 24.064198 u . Also assume that 1 year = 365.242 days ).

Introductory Chemistry: An Active Learning Approach
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter20: Nuclear Chemistry
Section: Chapter Questions
Problem 23E
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It takes 432 kJ to keep a 120 watt incandescent lightbulb burning for 1 hour . Assuming that the lightbulb won't burn out , for how many years could the energy of the mass defect of one mole of 244 Pu keep a 120 watt lightbulb burning? ( The observed mass of a 245Pu atom is 24.064198 u . Also assume that 1 year = 365.242 days ).
uuren It takes 432 kJ to keep a 120 watt incandescent lightbulb burning for 1 hour. Assuming that the lighthulb won't burn out, for how many years could the energy of the mass defect ofr one mole of Pu keep a 120 watt lightbulb burming? (The observed mass of a Pu atom is 244.064198 u. Also assume that 1 year- 365.242 days.) years Submit Answer Try Anuther Version Presious
Transcribed Image Text:uuren It takes 432 kJ to keep a 120 watt incandescent lightbulb burning for 1 hour. Assuming that the lighthulb won't burn out, for how many years could the energy of the mass defect ofr one mole of Pu keep a 120 watt lightbulb burming? (The observed mass of a Pu atom is 244.064198 u. Also assume that 1 year- 365.242 days.) years Submit Answer Try Anuther Version Presious
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