Answer:
An environmental support group creates a spoof of the advertisement of a popular beverage company, highlighting its degradation of the environment by releasing waste products into the water bodies near its bottling plant.
Explanation:
An example of typosquatting is an environmental support group creates a spoof of the advertisement of a popular beverage company, highlighting its degradation of the environment by releasing waste products into the water bodies near its bottling plant.
Answer: Price of stock at year end =$53
Explanation:
we first compute the Expected rate of return using the CAPM FORMULAE that
Expected return =risk-free rate + Beta ( Market return - risk free rate)
Expected return=6% + 1.2 ( 16%-6%)
Expected return= 0.06 + 1.2 (10%)
Expected return=0.06+ 0.12
Expected return=0.18
Using the formulae Po= D1 / R-g to find the growth rate
Where Po= current price of stock at $50
D1= Dividend at $6 at end of year
R = Expected return = 0.18
50= 6/ 0.18-g
50(0.18-g) =6
9-50g=6
50g=9-6
g= 3/50
g=0.06 = 6%
Now that we have gotten the growth rate and expected return, we can now determine the price the investors are expected to sell the stock at the end of year.
Price of stock = D( 1-g) / R-g
= 6( 1+0.06)/ 0.18 -0.06
=6+0.36/0.12
=6.36/0.12= $53
Answer:
a) encourage people to search longer for a job.
c) prolong the amount of time a person stays out of work.
d) increase the number of workers looking for work.
Explanation:
Answer:
$73.58
Explanation:
Total cost of product = $120
Total cost of product = Cost of material + Direct labor + Overhead
Cost of material = (3 * direct labor) - $6
Overhead = ¾ of Direct labor
Total cost of product = 3DL - $6 + DL + ¾ of DL
$120 = 3DL - $6 + DL + 0.75 DL
$126 = 4.75 DL
Direct Labor = 126/4.75
Direct Labor = $26.53
Material cost = 3 * $26.53 - $6
Material cost = $73.58
The correct answer is - allows managers to use the normal distribution as the basis for building some control charts.
<u>Explanation:</u>
It is the theorem that allows inference from a random sample. It says that:
• The sample mean will likely be towards the population mean within a margin of error
• The margin of error is a multiple of the standard error, which is the standard deviation divided by the square root of the sample size. The multiple is determined by the degree of statistical confidence you’re looking for, and the normal deviate corresponding to that — 1.65 for 90% confidence, 1.96 for 95% confidence, etc.
