Answer: $22.22
Explanation:
We can use the dividend discount model to solve for this.
The formula is,
P = D1 / r - g
Where,
D1 = the next dividend
r = the expected return
g = the growth rate.
We do not have the expected return but we can calculate for it using the old stock price and growth rate. Making it x we have,
28.5 = 0.5 / x - 0.075
28.5 (x - 0.075) = 0.5
x = 0.5 / 28.5 + 0.075
x = 0.09254385964
x = 9.25 %
Now that we have the expected return we can calculate the new stock price with the new growth rate,
P = 0.5 / 9.25% - 7%
P = 22.2222222222
P = $22.22
The new stock price is $22.22
The statement is "false".
The Employee Retirement Income Security Act secures the
retirement resources of Americans by executing rules that qualified plans must
take after to guarantee design trustees don't abuse plan resources. Under
ERISA, plans must provide members with data about arrangement highlights and
financing, and outfit data routinely and for nothing out of pocket.
ERISA additionally sets least benchmarks for interest,
vesting, advantage collection and subsidizing. The law characterizes to what
extent a man might be required to work before getting to be plainly qualified
to take an interest in an arrangement, to collect advantages and to have a non-forfeitable
appropriate to those advantages. It additionally sets up point by point
subsidizing decides that require design patrons to give sufficient financing to
the arrangement.
Answer:
Therefore after 16.26 unit of time, both accounts have same balance.
The both account have $8,834.43.
Explanation:
Formula for continuous compounding :

P(t)= value after t time
= Initial principal
r= rate of interest annually
t=length of time.
Given that, someone invested $5,000 at an interest 3.5% and another one invested $5,250 at an interest 3.2% .
Let after t year the both accounts have same balance.
For the first case,
P= $5,000, r=3.5%=0.035

For the second case,
P= $5,250, r=3.5%=0.032

According to the problem,




Taking ln both sides



Therefore after 16.26 unit of time, both accounts have same balance.
The account balance on that time is

=$8,834.43
The both account have $8,834.43.
The professor has constructed a hypothesis. This answer
takes from the first statement mentioning how the professor predicts a
relationship between two variables. A hypothesis can be used to make a
statement that predicts a relationship or solve a certain phenomenon. It must
be based off by facts and solid information.