Purchase Solution

Maximum number of calls

Not what you're looking for?

Ask Custom Question

Telephone calls between San Francisco (SF) and Boston (BO) travel through the network shown in the diagram. Calls between these two cities can be routed through Denver (DN), Phoenix (PH), Houston (HO), Chicago (CH), or Atlanta (AT). The number of telephone lines between each location is indicated by the numbers on the arcs connecting each pair of cities. For example, there are 900 lines between San Francisco and Denver. What is the maximum number of calls that can take place between San Francisco and Boston at any one time?

Attachments
Purchase this Solution
Solution Summary

The solution computes maximum number of calls that can take place between San Francisco and Boston at any one time?

Purchase this Solution
Free BrainMass Quizzes
Academic Reading and Writing: Critical Thinking

Importance of Critical Thinking

Team Development Strategies

This quiz will assess your knowledge of team-building processes, learning styles, and leadership methods. Team development is essential to creating and maintaining high performing teams.

Change and Resistance within Organizations

This quiz intended to help students understand change and resistance in organizations

Introduction to Finance

This quiz test introductory finance topics.

Marketing Research and Forecasting

The following quiz will assess your ability to identify steps in the marketing research process. Understanding this information will provide fundamental knowledge related to marketing research.

View More Free Quizzes
Related BrainMass Solutions

  • Maximum number of telephones supported by an end office

    The average telephone is used to make four calls per 8-hour workday, with a mean call duration of six minutes. Ten percent of the calls are long distance. What is the maximum number of telephones an end office can support?

  • Determine staffing resource requirements given various call levels at a call center

    You assumed that 1500 is the maximum number of calls per month, and 25% of them are between 7am to 8am. So there will be 50 * 25% = 12.5 calls at most during this time period each day. This corresponds to 12.5 * 30 = 375 minutes at maximum.

  • Telecommunications and Networking

    The average telephone is used to make four phone calls per 8-hour workday, with a mean call duration of six minutes. Ten percent of the calls are long distance. What is the maximum number of telephones an end office can support?

  • Telecommunications

    The average telephone is used to make four phone calls per 8-hour workday, with a mean call duration of six minutes. Ten percent of the calls are long distance. What is the maximum number of telephones an end office can support?

  • Bull Spread and Bear Spread call options

    What is the maximum loss when a bear spread is created from the calls? Six-month call options with strike prices of $35 and $40 cost $6 and $4, respectively. What is the maximum gain when a bull spread is created from the calls?

  • Probability and Probability Distributions

    If the airline books 76 people on a flight for which the maximum number is 74, what is the probability that the number of people who show up will exceed the capacity of the plane?

  • Statistical Analysis

    From these two graphical displays, we can better understand the distribution of the number of help desk calls. Conclusions: From the Histogram, we see that the maximum number of days have help desk calls in the range 40 - 50 calls per day.

  • Quantitative Business Analysis Daily Systems

    ., a maximum of 5 minutes) and average length of the queue (i.e., a maximum of two customers in the queue) remain the same. Assume that customer service calls continue to arrive at a rate of four calls per hour and follow a Poisson distribution.

  • Network model : Quantitative approaches

    (see diagram in the attached file) To keep with the volume of information transmitted between origin and destination points, use the network to determine the maximum number of messages that may be sent from a city located at node 1 to a city at node

View More Related Solutions