Answer:
a. 324%
b. 16.61%
Explanation:
a. The computation of the APR is the annual rate of interest which is shown below:
= Interest per month × number of months in a year
= 27% × 12 months
= 324%
b. And, the effective annual rate would be
= (1 + interest rate per month) ^ Number of months in a year - 1
= (1 + 27%) ^ 12 -1
= 1.27 ^ 12 -1
= 17.6053 - 1
= 16.61%
Answer:
see below
Explanation:
Personal income is the total earning an individual gets from wages, investments, bonuses, dividends, profits, or other ventures. It is the sum of a household income. Personal income is calculated per period, usually one year.
Economic conditions refer to the prevailing state of a country or region's economy. Economic conditions are ever-changing and are influenced by business cycles of expansions and contraction, government fiscal and monetary policies, macroeconomic factors, and global factors. Governments and investor use indicators to tell the state of the economy
Economic conditions impact people's and business income. Government policies and global economics influence the level of economic activities. The expansion period has increased economic activities are leading to increased incomes. At contraction, business activities decline, resulting in reduced income.
Depends on the job I’m pretty sure
Answer:
Alwan expect to pay for airplane 4= $747818.48
Explanation:
given data
expect to pay airplane = 4
3rd plane produce = 20,000 hours
learning curve = 85%
solution
As here logarithmic approach allow get labor for any unit, TN, as
TN = T1(Nb)
here TN is time for the Nth unit and T1 is hours to produce the first unit
so
b = (log of the learning rate) ÷ (log 2) = slope of the learning curve
so
T3 = T1(3log(0.85)÷log2)
so we get
So Alwan expect to pay for airplane 4 = $747818.48
Answer:
Budgeting, forecasting and planning
Explanation:
Service industries uses budgeting, which includes expected sales and operational cost, to forecast, plan and predict revenue. With regards to forecasting; historical or past company data are used to make sound prediction.