SOLUTION: The amount of energy that can be derived from particles varies directly with their mass. If 8.184*10^(-14) Nm of energy is obtained from a particle whose mass is 9.1033*10^(-31) k
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-> SOLUTION: The amount of energy that can be derived from particles varies directly with their mass. If 8.184*10^(-14) Nm of energy is obtained from a particle whose mass is 9.1033*10^(-31) k
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Question 40121This question is from textbook
: The amount of energy that can be derived from particles varies directly with their mass. If 8.184*10^(-14) Nm of energy is obtained from a particle whose mass is 9.1033*10^(-31) kg, how much energy can be derived from particles whose mass is 0.001 kg? This question is from textbook
You can put this solution on YOUR website! This can be solved via a proportion...cross-multiply and solve...like this...
8.184*10^(-14) / 9.1033*10^(-31) = x/.001 so that
9.1033*10^(-31)(x) = 8.184*10^(-14)(.001)
9.1033*10^(-31)(x) = 8.184*10^(-17)
x = 8.184*10^(-17) / 9.1033*10^(-31)
x = 8.99*10^13 Nm
