PROBLEM DESCRIPTION:

In addition to being a full$-$service financial institution, the Foggyview Credit Union operates a call center

where most customer services are addressed. The telephone calls made to the call$-$in center go to a

common telephone number. Currently, Foggyview employs two customer service representatives at the

call$-$in center. When both representatives are busy, the caller hears a busy signal; no waiting is allowed.

Callers who receive a busy signal can call back later. Assume that the arrival of calls follows a Poisson

probability distribution with a mean of $40$ calls per hour. Assume each dispatcher can handle an average

of $30$ calls per hour. For the analysis, the credit union has hired you, as a consultant, to answer the

following questions:

What percentage of time are both representatives idle?

What percentage of time are both representatives busy?

What is the probability that callers will receive a busy signal if two, three or four representatives

are used?

Suppose management wants no more than $12\%$ of callers to receive a busy signal. How many

representatives should be used?

Suppose a new management team comes in and wants no more than $7\%$ of callers to receive a

busy signal. How many more representatives will need to be hired?

You do not need to show any work but report your results in a table and discuss them. What are important

costs for the company to consider?

MANAGERIAL REPORT: Utilize the techniques discussed in lectures to address the prompts above.

At a minimum, your report should include the following:

A tabular presentation of results and a discussion.

Discuss how things might change given current banking industry conditions.PROBLEM DESCRIPTION:

In addition to being a full$-$service financial institution, the Foggyview Credit Union operates a call center where most customer services are addressed. The telephone calls made to the call$-$in center go to a common telephone number. Currently, Foggyview employs two customer service representatives at the call$-$in center. When both representatives are busy, the caller hears a busy signal; no waiting is allowed. Callers who receive a busy signal can call back later. Assume that the arrival of calls follows a Poisson probability distribution with a mean of $40$ calls per hour. Assume each dispatcher can handle an average of $30$ calls per hour. For the analysis, the credit union has hired you, as a consultant, to answer the following questions:

$1.$ What percentage of time are both representatives idle?

$2.$ What percentage of time are both representatives busy?

$3.$ What is the probability that callers will receive a busy signal if two, three or four representatives are used?

$4.$ Suppose management wants no more than $12\%$ of callers to receive a busy signal. How many representatives should be used?

$5.$ Suppose a new management team comes in and wants no more than $7\%$ of callers to receive a busy signal. How many more representatives will need to be hired?

You do not need to show any work but report your results in a table and discuss them. What are important costs for the company to consider?