# Answer on Statistics and Probability Question for Ismael B Kassouba

Question #15211

Suppose that a computer is connected to a local network. To send a message the computer is consuming the network for a time frame of a multi seconds exactly. With probability p = 0.8, the transmission is a success but , if the transmission does not work then the computer will make a new attempt to transmit after a random period of time has elapsed, and so on until the transmission has been successfully allocated.

What is the expected total time required to transmit a message if the random delay has a hope than 3 milliseconds?

What is the standard deviation of the total transmission time if the time between transmissions is an integer of milliseconds randomly selected between 1 and 5 inclusive (equal opportunities?)

What is the expected total time required to transmit a message if the random delay has a hope than 3 milliseconds?

What is the standard deviation of the total transmission time if the time between transmissions is an integer of milliseconds randomly selected between 1 and 5 inclusive (equal opportunities?)

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