2. Two objects are moving at the same speed of u = 2.25 x 10% ms-1 but in directions perpendicular to each other. Derive the relative speed between the two objects: a) based on the classical, Galilean, velocity transformation formulas; and b) based on the velocity transformation formulas of special relativity.
2. Two objects are moving at the same speed of u = 2.25 x 10% ms-1 but in directions perpendicular to each other. Derive the relative speed between the two objects: a) based on the classical, Galilean, velocity transformation formulas; and b) based on the velocity transformation formulas of special relativity.
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2. Two objects are moving at the same speed of u = 2.25 x 10° ms-1 but in directions perpendicular
to each other. Derive the relative speed between the two objects:
a) based on the classical, Galilean, velocity transformation formulas; and
b) based on the velocity transformation formulas of special relativity.
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