Leroy works 40 hours per week as a tire-store manager. If he made $25,480 last year, how much was he paid per hour?

XYZ, Inc. has a beta of 1.06. The risk-free rate is 6 percent and the expected return of the market is 15.25 percent. What is XY

cestrela7 [59]

Answer:

15.8%.

Explanation:

Calculation for XYZ's cost of equity using the CAPM

Using this formula

Cost of equity = Rrf + βi[E(Rm) - Rrf]

Let plug in the formula

Cost of equity= 6% + 1.06×[15.25% - 6%]

Cost of equity= 6% + 1.06×9.25%

Cost of equity= 15.8%

Therefore the Cost of equity will be 15.8%

4 0

3 years ago

Which of the following is an example of a non-profit organization?

Anna007 [38]

Answer: Salvation army

Explanation: Non profit organisations are those organisation, which perform their operation with the objective of social welfare or charity.

Salvation army is a charitable organisation having more than 1.7 million members all over the world, whom they refer to as soldiers. This organisation mainly serves to the poor and hungry.

Thus, we can conclude that the right option is D.

8 0

3 years ago

A University of Iowa basketball standout is offered a choice of contracts by the New York Liberty.

Ratling [72]

Answer: The lowest interest rate at which the present value of the second contract exceeds that of the first is a. 7 percent.

Explanation:

Calculating present values is a useful way to compare cases where money is to be received in the future. The higher the present value (when comparing cases where you get money), the better. To calculate it, we make use of the next formula:

$PV=\frac{C}{(1+r)^{n}}$

Where PV: Present value,

C: Cash flow at a given period,

r: Interest rate, and

n: Number of periods that will have passed (in this case, we are talking about years).

Now, since we are getting money twice in each case (the first payment one year from today, and the final payment two years from today), we can restructure our present value formula to include these two payments. We will get something like this:

$PV=\frac{C_1}{1+r}+\frac{C_2}{(1+r)^{2}}$

Notice how each fraction represents one of the payments received, with one having an 'n' of 1 year, and the other one having an 'n' of 2 years. C₁ and C₂ represent the first and the second payment, respectively.

Now that we have our completed formula, let's review each contract's present value (PV) with the lowest interest rate (7%), just to see how it turns out. Remember that 7% equals 0.07 in any formula:

Contract A) This one gives her $100,000 one year from today and $100,000 two years from today.

$PV_{A,0.07}=\frac{100000}{1+0.07}+\frac{100000}{(1+0.07)^{2}}\\PV_{A,0.07}=93457.944+87343.873\\PV_{A,0.07}=180801.817dollars$

So Contract A's present value at 7% interest rate would be equal to $180801.817.

Contract B) The second one gives her $132,000 one year from today and $66,000 two years from today.

$PV_{B,0.07}=\frac{132000}{1+0.07}+\frac{66000}{(1+0.07)^{2}}\\PV_{B,0.07}=123364.486+57646.956\\PV_{B,0.07}=181011.442dollars$

So Contract B's present value at 7% interest rate would be equal to $181011.442, which exceeds that of Contract A.

Since among our options of interest rates, 7 percent is the lowest one, and, with this taken into account, the present value of the second contract (Contract B) exceeded that of the first (Contract A), the answer is a. 7 percent.

8 0

3 years ago

A product is __________ that can be offered through a voluntary marketing exchange.

Setler79 [48]

anything of value to consumers

5 0

3 years ago

Consider the following information for Maynor Company, which uses a periodic inventory system:

katrin [286]

Answer:

A. FIFO - 78 units and $7,770 and Cost of Goods Sold $12,738

B. LIFO - Inventory Valuation $7,312 and Cost of Goods Sold $13,196

C. Weighted Average - inventory Valuation $7,304 and Cost of Goods Sold $13,204

Explanation:

Detailed calculation as under:

A. FIFO

First 73 Units are sold from the inventory on May 1. Therefore, we first take the beginning inventory units and then we take the next in line purchases made during the period. In this case the first 34 units are completely taken and then out of the 44 units only 39 units are taken.

Next 68 units are sold from the inventory on October 28. Now we will take the remainder 5 units bought on March 28 (which are not yet sold). Then we take 63 units out of the 68 units purchased on August 22.

The company's ending inventory on FIFO Basis is remaining 5 units bought on 22 August and 73 units bought on 14 October. There total value is (5 x 94) + (73 x 100) = $7,770

Cost of Goods Sold = Total Goods Cost available for sale - Inventory ending valuation

$12,738 = $20,508 - $7,770

B. LIFO

First 73 Units are sold from the inventory on May 1. Therefore, we first take the units purchased on 28 March and then we take the beginning inventory. In this case the first 44 units are completely taken and then out of the 34 units only 29 units are taken.

Next 68 units are sold from the inventory on October 28. Now we will take the units bought on 14 October i.e. 68 units out of the 73 units bought.

The company's ending inventory on LIFO Basis is remaining 5 units in the beginning inventory, remaining 5 units bought on 14 October and 68 units bought on 22 August. There total value is (5 x 84) + (5 x 100) + (68 x 94) = &7,312

Cost of Goods Sold = Total Goods Cost available for sale - Inventory ending valuation

$13,196 = $20,508 - $7,312

C. Weighted Average

In order to calculate Weighted average cost method we divide the total cost of inventory (Beginning and Purchased) with the total units, this yields average cost per unit. Then we multiple the average cost per unit with the units remaining after sales. As shown below:

$20,508 / 219 = $93.64 per unit

$93.64 x 78 units = $7,304

8 0

3 years ago