Due to conservation of mass, potential energy should always equal to kinetic energy. One possible reason the calculation for kinetic energy might be less than potential energy is what? When does kinetic energy equal potential energy? If a 1 kg rock is thrown at a speed of 20m/s, how much ...
Find the kinetic energy of an 8 kg mass moving at 5 m/s. A particle with kinetic energy equal to 242 J has a momentum of magnitude 28.3 kg-m/s. Calculate the speed (in m/s) and the mass (in kg) of the particle. You roll...
I’m reasonably certain that the brain does not depend on any special quantum effects, especially not something that “exists completely independently” and from which we can receive information. I’d be interested to know where you read that....
special theory of relativity is needed to describe the motion of the particle. This includes the addition of the Lorentz factor. This implies that the momentum of the particle will now be equal to the product of the mass,
The mass of a body m does not change when it is in motion and, apart from the factor c, is equal to the energy contained in the body at rest. The mass m does not depend on the reference frame. At the end of the twentieth century one should bid farewell to the concept of mass ...
Matter has inherent energy so it can vibrate or orbit “forever” in an atom, which can be released as in E=mc2 but I don’t see how matter and energy can be different forms of the same thing. What we call matter on any large scale is just huge collections of these atomic particles...
E->M much faster then S->M RFO A thread is migrated from one processor to another and all the cache lines have to be moved over to the new processor once A cache line is truly needed in two different processors synchronization implemented using memory ...
Although it is super-famous, E=mc2 is not a very general expression. The general expression is m2c2=E2/c2−p2 The famous equation is the special case of the general equation for p=0. So, the famous equation is only true when the momentum of the system is 0. Thus the m...
As the neutrinos mass m is very low the energy of the Neutrinos is very low : as the energy is frame dependent, in the neutrinos particle frame this energy will be E = mc2 (energy at rest in this frame) and will be low. And there will be no explosion of the ne...
What speed of the kinetic energy of a particle will equal its rest energy? At what speed does the kinetic energy of particle equal its rest energy? A particle of mass m has a kinetic energy of 2mc^2 , What are ...