Suppose that a cryptosystem has two keys kland k2, three messages mi, m2, and m3, and three ciphertexts ci, C2, and cz. Assume that the probability function for the message variables are as follows: Pm (mi) = 1/8, Pm(m2) = 4/8, Pm(m3) = 3/8 Consider the table below that describes how the different keys act on the messages to produce ciphertext. Calculate the probability of each Ciphertext in the following two cases: (1) (2) Due to each individual key. In totality. (both keys) Mi 300 Suppose that a cryptosystem has two keys kland k2, three messages mi, m2, and m3, and three ciphertexts ci, C2, and cz. Assume that the probability function for the message variables are as follows: Pm (mi) = 1/8, Pm(m2) = 4/8, Pm(m3) = 3/8 Consider the table below that describes how the different keys act on the messages to produce ciphertext. Calculate the probability of each Ciphertext in the following two cases: (1) (2) Due to each individual key. In totality. (both keys) Mi 300