According to quantum relativity, about how much of your mass is due to the relativistic mass of moving sub-atomic particles? (In other words, how much of your mass is really kinetic energy?) Group of answer choices 0%; mass and energy are not the same thing. 5%. 100% if you're moving within your own reference frame. 60%. 98%.
According to quantum relativity, about how much of your mass is due to the relativistic mass of moving sub-atomic particles? (In other words, how much of your mass is really kinetic energy?) Group of answer choices 0%; mass and energy are not the same thing. 5%. 100% if you're moving within your own reference frame. 60%. 98%.
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According to quantum relativity, about how much of your mass is due to the relativistic mass of moving sub-atomic particles? (In other words, how much of your mass is really kinetic energy?)
Group of answer choices
0%; mass and energy are not the same thing.
5%.
100% if you're moving within your own reference frame.
60%.
98%.
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