I don’t know the answer but I need points thank you and good luck
Answer:
II only. A high utilization factor will result in a system that performs poorly is TRUE for a single-server queueing system. As it states that when designing a single-server queueing system, beware that giving a relatively high utilization factor (workload) to the server provides surprisingly poor measures of performance for the system.
True that queueing models enable finding an appropriate balance between the cost of service and the amount of waiting.
Explanation: RATE BRAINLIEST PLEASE
Answer:
Explained below.
Explanation:
In option (a) no it does not contribute to the US GDP in any year. The transaction appears in expenditure as an increase in consumption and a decrease in net exports that offset. According to option (b) yes it contributes to US GDP in 2013. The transaction appears as an increase in investment (increase in inventory). In 2014, the transaction appears as an increase in net exports offset by a decrease in investment. According to option (c), the transaction appears in expenditure as an increase in consumption in 2014 offset by a decrease in net exports. Option (d) represents the transaction appears as an increase in investment (increase in inventory). In 2014, the transaction appears as an increase in consumption offset by a decrease in investment. According to option (e) yes, it contributes $1000 to US GDP in 2014. The $6000 purchase price exceeds the price paid by the used car dealer. The difference represents value added by the dealership - this is a service that should be counted as part of GDP.
Answer: 3%
Explanation:
To calculate the real interest rate, it should be noted that the inflation rate is needed and this can be calculated using the consumer price index as:
= [(126-120)/120] × 100
= 6/120 × 100
= 5%
Real interest rate will now be:
= Nominal Rate - Inflation Rate
= 8% - 5%
= 3%
Answer:
30.8
Explanation:
The solution of factor-rating score for Ling Services is provided below:-
Factor-rating score = (Weight for Factor A × Rating for Factor A) + (Weight for Factor B × Rating for Factor B) + (Weight for Factor C × Rating for Factor C)
= (0.50 × 30) + (0.20 × 46) + (0.30 × 22)
= 15 + 9.2 + 6.6
= 30.8
So, we have calculated the factor-rating score for Ling Services by using the above formula.
