Compute rest energy-net energy-kinetic energy
A proton moves having a speed of 0.940c.
(i) Compute its rest energy.
(ii) Compute its net energy.
(iii) Compute its kinetic energy.
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A super-train of appropriate length of 96 m travels at a speed of 0.94c as it passes via a tunnel encompassing proper length 50 m. As seen by a track-side observer, is the train ever totally in the tunnel?
The object moves along the line in such a way that displacement after t minutes is given by d(t)=2t^3-6t^2+2 meters, for t>=0. Compute the velocity v(t) and accerlation a(t) of the object.
A deep-space probe moves away from the Earth with a speed of 0.74c. An antenna on the probe needs 3.0 s, in probe time; to rotate via 1.0 rev. Determine how much time is needed for 1.0 rev according to the observer on Earth?
Determine the change in classical momentum of an electron which accelerates from 0.888c to 0.944c, avoiding relativistic effects.
A proton moves having a speed of 0.940c. (i) Compute its rest energy. (ii) Compute its net energy. (iii) Compute its kinetic energy.
A particle having charge q and mass m, moving with the constant speed v, perpendicular to a constant magnetic field B, pursues a circular path.
On third day, his lap time was 71 seconds, and so on. If his lap time keeps reducing in the similar sequence, determine his lap time on sixth day?
Find out the energy needed to accelerate an electron between each of the given speeds. (i) 0.500c to 0.875c (ii) 0.875c to 0.975c
A cylinder of 3.0 kg, 14 cm radius, primarily at rest, is free to rotate about the axis of the cylinder. A rope of negligible mass is wrapped about it and pulled with a force of 18 N. (i) Determine the magnitude of the torque applied by the rope.
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