Answer:
Explanation:
Base on the scenario been described in the question, stock variance refers to the volatility that arises from the average. Volatility shows the degree of risk that will be helpful in determining the level of risk an investor should take while purchasing a particular security.
Answer:
A deposit of 36,922.02 dollars will be equivalent to the series of emergencies deposits of 2,000 starting today.
Explanation:
we need to know the future value of the emergencies deposit and then, calculate which lump sum can generate the same amount. As the deposit are done at the beginning It will be an annuity-due:
C 2,000
time 36 (3 years x 12 months per year)
rate 0.045
FV $180,082.6885
Now we calculate the lump sum which yield this amount as well:
Maturity $180,082.6885
time 36.00
rate 0.045
PV 36,922.02
Answer:
The answers are b. As batch size increases, lead time decreases and d. Batch size is influenced by the Product Owner, utilization is influenced by the Development Team
Explanation:
Invariably, a larger batch size leads to increase in lead time due to the fact that it will take lesser time to process smaller batches and when there's a larger batch it takes more time. And ultimately, the batch size is influenced by the product owner because he/she determines the sixe of each product batch based on market demand while the development team conducts tests for utilization which guides them in making decisions that influence utilization.
Answer:
Member B: Works 10 hours per week at $5.85 per hour
Member D: Works 9 hours per week at $6.35 per hour
Answer:
The forecast for the next period is 307.6 units
Explanation:
Write the formula to calculate exponential smoothing with trend.
Calculate the values of
by substituting the values of the parameters in the formula.
Calculate the value of F₁ by substituting the required values
Calculate T₁
FIT₁ = F₁ + T₁
= 302 + 5.6
= 307.6