Cheryshchivers

Fonda Motorcycle Shop sells motorcycles, ATVs, and other related supplies and accessories. During the taking of its physical inv

saul85 [17]

Answer:

See attached file

Explanation:

4 0

3 years ago

Universal Laser, Inc., just paid a dividend of $3.10 on its stock. The growth rate in dividends is expected to be a constant 6 p

Vadim26 [7]

Answer:

Ans. The current price of the stock is $56.82

Explanation:

Hi, well, the problem here is that we have different discount rates, in other words the required rate of return for the stock changes several times, therefore we are going to break this problem in 3 parts, or bring to present value all the cash flows in 3 steps. Let´s start with the value of the dividends.

We have to use the following formula.

$Dn=D_{(n-1)} *(1+g)$

Where, D(n-1) is last dividend and Dn is the dividend that we are looking for, for example, D1 = 3.10*(1+0.06)=3.29, D2=3.29*(1+0.06)=3.48, and so forth. The amount to pay on dividends per share is,

D1=3.29; D2=3.48; D3=3.69; D4=3.91; D5=4.15; D6=4.40; D(7)=4.66

Since the first 3 years are to be discounted at a 15%, this is how the formula should look like.

$PV(1)=\frac{D1}{(1+r(1))^{1} } +\frac{D2}{(1+r(1))^{2} } +\frac{D3}{(1+r(1))^{3} }$

$PV(1)=\frac{3.29}{(1+0.15)^{1} } +\frac{3.48}{(1+0.15)^{2} } +\frac{3.69}{(1+0.15)^{3} }=7.92$

Now, for the second part, we have to bring all cash flows to year 3 at r(2)=13% and then bring it to present value at r(1)=15%. This is because we have 2 different discount rates, this is as follows.

$PV(2)=(\frac{D4}{(1+r(2))^{1} } +\frac{D5}{(1+r(2))^{2} } +\frac{D6}{(1+r(2))^{3} })*\frac{1}{((1+r(1)^{3} }$

$PV(2)=(\frac{3.91}{(1+0.13)^{1} } +\frac{4.15}{(1+0.13)^{2} } +\frac{4.40}{(1+0.13)^{3} })*\frac{1}{(1+0.15)^{3} } =6.42$

Finally, we need to bring all the future cash flows from year 7 and beyond, notice that we need to use the return rate r(3) to bring everything to year 6, then we have to bring it to year 3 and then to present value, everything as follows.

$PV(3)=(\frac{D7}{(r(3)-g)} )*(\frac{1}{(1+r(2))^{3} } )*(\frac{1}{(1+r(1))^{3} } )$

$PV(3)=(\frac{4.66}{(0.11-0.06)} )*(\frac{1}{(1+0.13)^{3} } )*(\frac{1}{(1+0.15)^{3} } )=42.48$

So, the price of the stock is PV(1) + PV(2) + PV(3), or:

$Price=7.92+6.42+42.48=56.82$

Price= $56.82/share

Best of luck.

3 0

3 years ago

Drea is facing an ethical dilemma and is unsure how to proceed because there seems to be no “right” answer for everyone. Her bus

Fudgin [204]

Since Drea is facing an ethical dilemma and she wants to have the best option to her ethical dilemma, for the second step, she wouls have to: Identify feasible options. Option b.

<h3>What is an ethical dilemma?</h3>

In philosophy, ethical dilemmas—also known as ethical paradoxes or moral dilemmas—arise when an agent must choose between two competing moral obligations, none of which takes precedence. A definition that is similarly comparable describes ethical situations as ones where there is no right decision to be made.

An ethical problem, also known as a moral problem or ethical paradox, arises when a person must choose between two possibilities, none of which are wholly ethically acceptable.

An ethical conflict is an opposition between two morally righteous actions. A disagreement exists between two values or principles. The problem is that by choosing one correct action, you will invalidate the other right course because you would be acting both rightly and wrongly at the same moment.

Read more on ethical dilemma here: brainly.com/question/3838938

#SPJ1

3 0

1 year ago

Why might a tissue such as the pancreas not be a good source to choose for the isolation?

DIA [1.3K]

LDH production is not associated with pancreatic cell secretions. Pancreas secretes the following pancreatic lipases to convert fats into lipoproteins and triglycerides.

7 0

4 years ago

Prepare journal entries to record each of the following four separate issuances of stock. A corporation issued 7,000 shares of $

marysya [2.9K]

Answer:

The Journal entries are as follows:

(i) cash A/c Dr. $84,000

To Common stock, $10 par value $70,000

To Paid-in capital in excess of par value, Common stock $14,000

(To record the issuance of stock)

(ii) Organization expenses A/c Dr. $55,000

To Common stock, $2 stated value $7,000

To Paid-in capital in excess of stated value, Common stock $48,000

(To record the issuance of stock)

(iii) Organization expenses A/c Dr. $55,000

To Common stock, no-par value $55,000

(To record the issuance of stock)

(iv) Cash A/c Dr. $142,500

To Preferred stock, $50 par value[1,750 × $50) $87,500

To Paid-in capital in excess of par value, preferred stock $55,000

(To record the issuance of stock)

3 0

3 years ago