Study the above table and calculate the project's normal distribution(in terms of days).

Calculate the cost of the project if the indirect cost is $100 per day.

The simulation technique must be used ________.

From the above given table, calculate the saddle point.

A solution containing fewer than (m + n -1) non negative allocations where (m= jobs and n=destinations) is termed .... .

Goal Programming is used to:

From the above given table, solve the game by finding the saddle point.

The above table shows the weekly mortality rates for a certain type of washing machines. Calculate the probability of failure in the 5th week.

A bus arrives at a bus-stand every 10 minutes and the service time is 30 minutes. If the capacity of the bus-stand is 5 buses, calculate the probability of the bus-stand being empty.

Use the property of dominance to find out the value of the saddle point.

The crash cost and the crash time of a project is $50000 and 30 days respectively. The normal cost and the normal time of the same project is $150000 and 180 days respectively. Calculate the cost slope.

Which state of the system in the Queuing theory lays down that the operating characteristics are dependent on time?