Question

What is the time from order placement to order receipt? Lead time Delay time Setup time Order time

Answer 1

Without the total number of deliveries, we can't calculate the exact average minutes between two successive arrivals or the average wait for three customers. However, we know this would involve dividing the total delivery period by the number of deliveries and multiplying by two for the wait time of three customers, respectively.

Step-by-step explanation:

Calculating Delivery Time Intervals

Given that Richard's Furniture Company delivers furniture between 10 a.m. and 2 p.m., which is a 4-hour window, we can calculate the time intervals between deliveries and the average wait time for customers. Since deliveries are made continuously and uniformly, this implies a constant rate of delivery across the 4-hour period.

a. Average Time Between Two Successive Arrivals

To find the average time elapsed between two successive arrivals, we would divide the total time frame of deliveries by the number of intervals. If the deliveries are continuous and uniform, then the time between deliveries is consistent throughout the 4-hour period. To determine the exact average minutes between two arrivals, additional information regarding the number of deliveries would be needed.

b. Average Wait Time for Three Customers

For the average wait time concerning three customer arrivals, we would multiply the average time between two successive arrivals by two (since the time for three arrivals is the interval between the first and second plus the interval between the second and third delivery). Again, without the exact number of total deliveries, we cannot provide a precise figure. However, in general, the wait time would be twice the interval between two successive arrivals.

Answer 2

The average minutes between two successive deliveries at Richard's Furniture Company during a set delivery window can be determined by dividing the total minutes of the delivery window by the number of deliveries. Similarly, the time taken for three customers to arrive would be three times this average interval.

Step-by-step explanation:

When trying to determine the time between events and averages of these times in a continuous and uniform distribution, we can apply the concept of probability distributions to calculate the average time between two successive events (arrivals or deliveries) or to find out how long it typically takes for a certain number of events to occur. On average, how many minutes elapse between two successive arrivals?

Richard's Furniture Company delivers furniture in a 4-hour window, from 10 a.m. to 2 p.m. Since the deliveries are described as continuous and uniform, we can infer that the intervals between deliveries are also uniform.

The total delivery window is 4 hours, or 240 minutes. If deliveries occur uniformly over this time, the average time between two successive arrivals is simply the total delivery window duration divided by the number of arrivals.

To calculate this, let's presume they make 'n' deliveries in that 4-hour span. The average minutes between two successive arrivals would then be 240/n minutes.

Without the exact number of deliveries 'n', we can't calculate a specific answer. When the store first opens, how long on average does it take for three customers to arrive?

For three customers to arrive, it would typically take three times the average interval between two arrivals. Without the exact number of deliveries, we can't provide a specific average time.

However, if we knew the average interval were 'x' minutes, then the average time for three customers to arrive would be 3x minutes.