Answer:
She invested $2,167
Explanation:
As interest rate is not compounded, the 9-month interest of a 8% annual interest is simply:
8% * 9 / 12 = 6%
Let A be the amount of money she invest. After 9 month she will receive:
A * 0.06 dollars.
And the actual amount is $130. So she invested
A = $130 / 0.06 = $2,167
Please mark me as Brainliest
and please Thank me too!
They expect to not be having to regulating the industry anymore, or concern them selves regarding regulations of the said industry.
Answer: Sell before assembly, the company will be better off by $1 per unit.
Explanation:
To solve the above question, we need to calculate the incremental profit or loss first. This will be:
= After assembling sales value - Unassembled unit sales value - Coat if further processing
= $87 - $62 - $26
= -$1
Since there is an incremental loss of $1, then the correct answer is "Sell before assembly, the company will be better off by $1 per unit".
The following policies would bring the economy to potential output is Decrease government spending by $10 billion.
<h3>
What is Marginal Propensity?</h3>
The "Marginal Propensity" to consume is defined as calculate quantification of money that consumers are ready to spend.
The term "Marginal propensity" to consume is term used in economics. It measures monetary value which consumer is willing to spend to buy goods and services instead of saving it.
The "Marginal Propensity" to consume tends to increase economic activities of country by keeping cash flowing and by not keeping it stagnant. It also helps in increasing trade value and quality and cost of products because it increases healthy competition among companies and in which consumers are ultimately benefitted.
Therefore , we can conclude that the correct option is C.
Learn more about Marginal propensity on:
brainly.com/question/17930875
#SPJ4
Answer:
$386,080
Explanation:
In order to find the Coverage of sally's investment in life insurance for 10year can be done by making 10-year table
Year Cashflow Discount factorI5%) Present Value
$ $ $
1 50,000 0.9524 47,620
2 50,000 0.9070 45,350
3 50,000 0.8638 43,190
4 50,000 0.8337 41,135
5 50,000 0.7835 39,175
6 50,000 0.7462 37,310
7 50,000 0.7107 35,535
8 50,000 0.6768 33,840
9 50,000 0.6446 32,230
10 50,000 0.6139 30,695
NPV = Sum of all present values
NPV = $386,080
