Capacity, Flow Rate, Utilization, and Cycle Time Calculation for Barber Service

What is the capacity of the barber expressed in customers per hour?

To calculate the capacity of the barber, we divide the number of customers the barber can serve in one hour by the time it takes to serve one customer. In this case, the barber can serve 4 customers in one hour (60 minutes), so the capacity is 4 customers per hour.

Capacity Calculation

Capacity: The capacity of the barber is 4 customers per hour.

The capacity of the barber is determined by the number of customers the barber can serve within an hour. In this scenario, the barber is able to serve 4 customers every hour. This means that the barber has a capacity of handling 4 customers in one hour.

Assuming the demand for the barber is 3 customers per hour, what is the flow rate?

The flow rate, considering a demand of 3 customers per hour, is 3 customers per hour.

Flow Rate Calculation

Flow Rate: The flow rate is the number of customers served per unit of time. Since the demand is given as 3 customers per hour, the flow rate is also 3 customers per hour.

The flow rate represents the rate at which the barber is serving customers based on the demand. In this case, with a demand of 3 customers per hour, the flow rate also equals 3 customers per hour. This indicates how many customers are being served by the barber within an hour to meet the demand.

Assuming the demand for the barber is 3 customers per hour, what is the utilization?

Utilization is calculated by dividing the flow rate by the capacity and multiplying by 100 to get a percentage. In this case, the utilization is (3 customers per hour / 4 customers per hour) * 100 = 75%.

Utilization Calculation

Utilization: The utilization, considering a demand of 3 customers per hour, is 75%.

Utilization reflects how efficiently the barber is using its capacity to serve customers. By calculating the ratio of the flow rate to the capacity and converting it to a percentage, we determine the utilization rate. With a demand of 3 customers per hour, the utilization is found to be 75%.

Assuming the demand for the barber is 3 customers per hour, what is the cycle time?

The cycle time, considering a demand of 3 customers per hour, is 20 minutes.

Cycle Time Calculation

Cycle Time: The cycle time is the time it takes to complete one cycle of service. In this case, with a demand of 3 customers per hour, the cycle time is 60 minutes divided by 3 customers, which is 20 minutes.

The cycle time represents the duration required to serve one customer and complete a full cycle of service. When the demand is 3 customers per hour, the cycle time is calculated as 60 minutes divided by 3 customers, resulting in a cycle time of 20 minutes.
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