Relativistic Turning: Most efficient strategy?
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So, Thé ÃnSwer is -- It is thus not possible for an object having mass to reach the speed of light. Also shown is KEclass, the classical kinetic energy, which is similar to relativistic kinetic energy at low velocities. Note that much more energy is required to reach high velocities than predicted classically.
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So, Thé ÃnSwer is -- It is thus not possible for an object having mass to reach the speed of light. Also shown is KEclass, the classical kinetic energy, which is similar to relativistic kinetic energy at low velocities. Note that much more energy is required to reach high velocities than predicted classically.
#ThankYou..
I hope It's help!! Follow me
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