Classical and Quantum Information Theory (1st
Edition, 2009) – Solutions Manual – Desurvire
Absolute Space in Classical Physics - answers-1 meter is always 1 meter, regardless of location
or motion.
Absolute Time in Classical Physics - answers-1 second is always 1 second, regardless of location
or motion.
Galilean Velocity Addition - answers-v_AC = v_AB + v_BC
Inertial Frame of Reference - answers-A frame in which Newton's first law holds; no
acceleration.
Maxwell's Equations & EM Waves - answers-Disturbances in electric and magnetic fields form
electromagnetic waves traveling at speed c.
Luminiferous Aether - answers-A medium through which light waves were thought to
propagate; never detected.
Michelson-Morley Experiment - answers-The motion of Earth through the aether; it found no
evidence.
Lorentz Contraction - answers-Objects contract in the direction of motion by factor β at high
speeds.
Time Dilation (Poincaré) - answers-Time slows down for a moving observer: t' = t / sqrt(1 -
1
Edition, 2009) – Solutions Manual – Desurvire
Absolute Space in Classical Physics - answers-1 meter is always 1 meter, regardless of location
or motion.
Absolute Time in Classical Physics - answers-1 second is always 1 second, regardless of location
or motion.
Galilean Velocity Addition - answers-v_AC = v_AB + v_BC
Inertial Frame of Reference - answers-A frame in which Newton's first law holds; no
acceleration.
Maxwell's Equations & EM Waves - answers-Disturbances in electric and magnetic fields form
electromagnetic waves traveling at speed c.
Luminiferous Aether - answers-A medium through which light waves were thought to
propagate; never detected.
Michelson-Morley Experiment - answers-The motion of Earth through the aether; it found no
evidence.
Lorentz Contraction - answers-Objects contract in the direction of motion by factor β at high
speeds.
Time Dilation (Poincaré) - answers-Time slows down for a moving observer: t' = t / sqrt(1 -
1
