Answer:
The average American’s real income today is about four times what it was in <u>1960</u>. Average lifetime lengths have increased by <u>12%</u>, the number of hours worked per week has decreased by <u>17%</u> , and homes have <u>more than</u> doubled in size.
Explanation;
Economic data shows that Americans make on average, about 4 times what they were making in real income in 1960 due to exponential economic growth.
At the same time, Americans are also living a longer life by 12% on average than in 1960 when the life expectancy was around 70 years. Today it is around 78 years.
Americans are also working fewer hours than their 1960 counterparts because where in 1960 they worked for an average of 50 hours a week, recently that number hovers around 40 hours a week.
Houses built are also larger than they were in the '60s as income has increased and preferences have changed.
The selection of battery sizing that results in the best financial performances must be supported by revenue estimation for combined renewable energy and energy storage systems.
Mixed-integer linear programming is a common strategy for maximizing the profits of a hybrid hydro and energy storage system (MILP). While MILP models are frequently quite computationally expensive, they can offer precise production cost estimates. We suggest a novel method for forecasting the optimal revenues of an integrated energy generating and storage system in order to offer hydropower plant owners or operators with quick yet accurate first-step information when they consider integrating energy storage systems.
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Answer:
Monthly Payment is $1602.37
Effective interest rate is 5.33%
Explanation:
a.
The monthly payment made includes the interest and principal payment as well.
Monthly payment can be calculated using following formula
Monthly Payment = [Present value of loan x r] / [{1 - (1 + r)-n}]
Monthly Payment = [$84,500 x (0.052/12)] / [1 - (1 + 0.052/12)-60]
Monthly Payment = [$366.17 / 0.2285]
Monthly Payment = $1,602.37
b.
The Effective interest rate is the actual interest rate that are being charged on loan after incorporating the compounding effect.
Use following formula to calculate the effective Annual rate
EAR = [1 + (i/n)]^n - 1
EAR = [ 1 + (5.2% / 12]^12 - 1
EAR = [1.0043]^12 - 1
EAR = 1.0533 - 1
EAR = 0.0533
EAR = 5.33%
Answer:
A) Provide savings incentives
Explanation:
Total national savings equal the total investment component of the gross domestic product of a nation. The only way you can increase investment is by saving more money.
The simplest way (but also ineffective) of increasing savings in an economy is by increasing interest rates. It is ineffective since you increase both interest paid to people that save money and those who borrow money. If you print more money all you are going to do is increase the inflation rate.
A more efficient way of increasing savings would be offering tax incentives for those who save money.
Answer: Producing new models would require lots of money to set up before the revenue builds
Explanation:
This company must endeavor to have enough cash at hand because production of motor bike are very expensive to produce and launch in to the market, they'll have to be excess in their reserves for this operations.
