Mathematics, 02.12.2021 19:10 mimithurmond03
In a communication system, each code-word consists of 1000 bits. Due to the noise, each bit may be received in error with probability 0.1. It is assumed bit errors occur independently. Since error correcting codes are used in this system, each code-word can be decoded reliably if there are less than or equal to 125 errors in the received code-word, otherwise the decoding fails. Using the CLT, find the probability of decoding failure.
Answers: 1
Mathematics, 21.06.2019 20:00, mixedkiddo
The two square pyramids are similar. find the total volume of both pyramids if the ratio of their surface areas is 9/16
Answers: 3
Mathematics, 21.06.2019 23:00, emiliestinnett
Peter measures the angles in a triangle. he finds that the angles are 95, 10 and 75. is he correct? explain your answer
Answers: 2
Mathematics, 22.06.2019 02:00, andrewblack033
Write the component forms of vectors u and v, shown in the graph, and find v − 2u. u= (< -3, -2> , < -3, -1> , < -2, -2> , < -2, -1> ) v= (< -5, 1> , -4, 0> , < 0, -4> , < 1, -5> ) v-2u= (< 5, 3> , < 0, 4> , < 4, 0> , < 5, -3>
Answers: 3
In a communication system, each code-word consists of 1000 bits. Due to the noise, each bit may be r...
Biology, 12.04.2020 11:46
Mathematics, 12.04.2020 11:46
Mathematics, 12.04.2020 11:47