A single which can can be green or red with probability `4/5 and 1/5` respectively, is received by station A and then transmitted to station B. The probability of each station reciving the signal correctly is `3/4.` If the singal received at station B is green, then the probability that original singal was green is

A signal which can can be green or red with probability 4/5 and 1/5 respectively, is received by station A and then transmitted to station B. The probability of each station reciving the signal correctly is 3/4. If the singal received at station B is green, then the probability that original singal was green is

A signal which can can be green or red with probability 4/5 and 1/5 respectively, is received by station A and then transmitted to station B. The probability of each station reciving the signal correctly is 3/4. If the signal received at station B is green, then the probability that original singal was green is

A signal which can be green or red with probability 4/5 and 1/5 respectively, is received by station A and then and 3 transmitted to station B. The probability of each station receiving the signal correctly is 3/4 If the signal received at station B is green, then the probability that the original signal was green is

A signal which can be green or red with probability 4/5 and 1/5 respectively . Is received by station A and then transmitted to station B . The probability of each station receiving the signal correctly is 3/4 . If the signal received at station B is green , then the probability that the original signal was green is :

A signal which can be green or red with probability 4/5 and 1/5 respectively, is received by station A and then and 3 transmitted to station B. The probability of each station receiving the signal correctly is 3/4 If the signal received at station B is green, then the probability that the original signal was green is (a) 3/5 (b) 6/7 (d) 20/23 (d) 9/20

A signal which can be green or red with probability 4/5 and 1/5 respectively, is received by station A and then and 3 transmitted to station B. The probability of each station receiving the signal correctly is 3/4 If the signal received at station B is green, then the probability that the original signal was green is (a) 3/5 (b) 6/7 (d) 20/23 (d) 9/20

A signal which can be green or red with probability 4/5 and 1/5 respectively, is received by station A and then and 3 transmitted to station B. The probability of each station receiving the signal correctly is 3/4 If the signal received at station B is green, then the probability that the original signal was green is (a) 3/5 (b) 6/7 (c) 20/23 (d) 9/20

A signal which can be green or red with probability 4/5 and 1/5 respectively, is received by station A and then and 3 transmitted to station B. The probability of each station receiving the signal correctly is 3/4 If the signal received at station B is green, then the probability that the original signal was green is (a) 3/5 (b) 6/7 (d) 20/23 (d) 9/20