complicated question, Computer Engineering

Hi
I need a help in this question :


A telephone switchboard handles ? calls on average during a rush hour, and the switchboard can at most make k connections per minute. Write a program that will use the Poisson distribution to calculate the probability that the board will be overtaxed during a given minute.
Posted Date: 2/10/2013 5:23:48 PM | Location :







Related Discussions:- complicated question, Assignment Help, Ask Question on complicated question, Get Answer, Expert's Help, complicated question Discussions

Write discussion on complicated question
Your posts are moderated
Related Questions
Measuring and Improving Cache Performance: 1. Reduce the possibility that 2 different memory block will contend for the similar cache location 2. Additional cache levels

The various memory allocation functions are described below: (i) malloc( ) : It is a memory allocation function that assigns requested size of bytes and returns a pointer to t

Engineering Applications A number of the engineering applications are: 1. Simulations of artificial ecosystems  2. Airflow circulation over aircraft components Airflow

Explain about CSMA/CD It is an access method used mainly with LANs configured in a bus topology. With CSMA/CD, any station (node) can transmit a message to any other  statio

What is non-repudiation? how can it be achieved in designing e-cash based system?

Write the HTML code for the following table: T E M P E R A T U R E C I T I E S

Q. Describe Loading Disk Operating System? Different version of DOS, such as 2.0, 3.0, 3.2, 4.0, 5.0, 6.0, 6.2, 6.22, 7.0, 7.2 are present. The newer versions have additional

What is Hamiltonian path?  A Hamiltonian path in a directed graph G is a directed path that goes by each node exactly once. We consider a special case of this difficulty where

Interconnection Network (IN):  IN performs data exchange between the PEs, manipulation functions and data routing. This IN is under the control of CU.

(a)  Explain in a few sentences the difference between a natural frequency and a resonant frequency.  Also clarify why for a specific system or component these frequencies may diff