Answer:
See below
Explanation:
The percentage allocated to each socially responsible action
1. pollution control
Pollution control has been allocated is $37,000
As a percentage
= $37,000/$750,000 x 100
=0.0493333 x 100
=4.933%
2. Community project
community project has been allocated $22,500
As a percentage
= 22,500/750,000 x 100
=0.03 x 100
=3%
3. Employee fitness
The amount allocated to employee fitness is $7500
As a percentage
=$7500/$750,000 x 100
=0/01 x 100
=1%
4. The total amount spent is
=, $37,000 +$22,500 +$7,500.
=$67,000
Answer:
Higher unemployment, lower wage share of output, and higher Gini coefficient in the long run.
Explanation:
Since less labor will be used, total unemployment will increase. Besides less labor being used, more capital will be used, so the share of labor in total output will decrease. Labor efficiency increases, since you need less labor to produce the same or even a larger amount of output.
New technologies tend to increase the wages of high skilled labor and management. Since the Gini coefficient measures income inequality, then higher wages for a few will increase inequality.
This is an example of what is happening in the US, where highly trained labor is getting paid better every time while unskilled labor is getting paid the same as many years ago or their wage has even decreased with time. This shows how important a college education is, and the difference will only keep increasing.
A Shareholder is the partial owner of the company who purchases and owns share of stocks in a company.
Answer:
$961.42
Explanation:
firstly, we calculate the clean clean price below:
FV= 1,000
PMT= 40 (80 / 2)
I= 4.5 (9 / 2)
N= 14 (7 × 2)
Thus, PV= 948.89
Accrued Interest = coupon × (days since last payment/days in current coupon period)= 40 × (57 / 182) = 12.53
conclusively, dirty price = 948.89 + 12.53 = 961.42
Answer:
The thief has a 0.11% probability of hitting the pin code on the first try.
Explanation:
Simply, if the ATM card has a 3-digit code that can be repeated, and the board has 9 numbers (for example, from 1 to 9), we must start from the smallest number that could be formed with these numbers to the highest number that these numbers could also compose, which in the case would be 111 and 999. Then, 889 different numbers could be formed (it is the distance between 111 and 999), with which the possibility of hitting the key to the first attempt would be 1 in 889 times, or 1/889.
To take the probability to a percentage, we must know that 889 / 8.89 gives 100. Therefore, dividing 1 / 8.89 we will know the percentage of probabilities of hitting the key on the first attempt: 1 / 8.89 = 0.11.
This shows us that the thief has a 0.11% probability of hitting the key on the first try.
