Understanding Fission Reactions: Calculating Energy & Mass in Joules and MeV

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Fission reactions involve a decrease in mass that can be converted into energy using Einstein's equation, E=mc². For a mass decrease of 3.48x10^-28 kg, the energy equivalent can be calculated in joules and MeV, illustrating the relationship between mass and energy. Many individuals struggle with understanding the complex concepts of nuclear physics, often seeking simpler methods or resources for practice. Online resources, such as HyperPhysics, can provide valuable insights and examples for better comprehension. Mastering these calculations is essential for grasping the principles of energy from the nucleus.
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How do we determine the values of any given fission reaction?

How do we answer questions like: A decrease in mass of 3.48x10(to the power of -28) kg occurs. Express the energy equivalent of this in terms of joules and MeV.

I keep reading and reading but can't understand. I search online but still can't get the general and advanced concepts of Physics. It asks all these worded questions which I don't get, is there a easier/better way to practice Energy from The Nucleus?? Thank you.
 
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