This experiment is to verify the theoretical derivation of Rayleigh distribution. Let N be the number of multipath components. Assume that each multipath component has i.i.d. amplitude uniformly distributed in the interval [0 1] and 1.1 d phase uniformly distributed in [0, 2 The received signal is a combination of the N multipath components. Normalize the multipath signal so that the total power is 1 regardless of N. Use n - 1000 realization of such a received signal its e al PDF of envelope for N 5, 10, and 20, and compare it to the theoretical Rayleigh PDF on the same graph. Comment on the result. This experiment is to verify the theoretical derivation of Rayleigh distribution. Let N be the number of multipath components. Assume that each multipath component has i.i.d. amplitude uniformly distributed in the interval [0 1] and 1.1 d phase uniformly distributed in [0, 2 The received signal is a combination of the N multipath components. Normalize the multipath signal so that the total power is 1 regardless of N. Use n - 1000 realization of such a received signal its e al PDF of envelope for N 5, 10, and 20, and compare it to the theoretical Rayleigh PDF on the same graph. Comment on the result