a)b)6.6. a)6. b)6. c)(Barn-pole paradox) As shown in the figure below, a barn with a (resting) width of w = 5.0m isat rest on the ground. A pole with a resting length of 1 = 6.0m is flying towards the barn at a fastspeed of 0.8c relative to the barn. (c denotes the speed of light.)Calculate the length of the pole as measured by an observer that is at rest with the barn (standingon the direction of motion of the pole).Calculate the width of the barn as measured by an observer that is at rest with the pole (sitting onthe pole and flying towards the barn).From your calculations for parts (a) and (b), it is evident that the observer on the ground thinksthat the pole can fit in the barn, while the observer on the pole thinks that the pole cannot fit inthe barn. Suppose that the barn is equipped with automatic front and back doors. Use therelativistic nature of simultaneity to explain the barn-pole paradox: can the front and back doorsmomentarily trap the pole in the barn (without hitting the pole)? Which observer is correct?v=0.8 cv=0.8 c

We will use length contraction formula to calculate length of pole and width of barn as observed…

Answered: a) b) (Barn-pole paradox) As shown in…

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