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2 years ago

5. How do coordination structures help organize and measure the whole community's capabilities?

1 answer:

8 0

Coordination structures help organize and measure the whole community's capabilities by facilitating problem-solving.

It should be noted that coordination structures are vital in organizing the capabilities of the community and measuring them.

Also, it's vital in ensuring that there are response efforts that are organized In order to address different risks which are based on the governing structures and demographics.

Therefore, it's necessary for facilitating problem-solving.

In conclusion, the correct option is C.

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When workers demonstrate patience, are able to manage their emotions, and get along with other employees, which skills are being

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Interpersonal and social skills

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On January 1, Greene Inc. issued $5,000,000, 9% bonds for $4,685,000. The market rate of interest for these bonds is 10%. Intere

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Answer:

b.$296,500.

Explanation:

Calculation to determine what Greene should report as unamortized bond discount

First step is to calculate the discount amount

Discount Amount= ($5,000,000 × .09) - ($4,685,000 × .10)

Discount Amount= $18,500

Now let determine the unamortized bond discount

Unamortized bond discount=$315,000 - $18,500 Unamortized bond discount= $296,500

Therefore Greene should report unamortized bond discount of $296,500

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3 years ago

To develop an effective control system, it must be related to the organizational strategy. Yes or no.

Georgia [21]

Answer:

yes

Explanation:

because in order for everything to be organized you need to know how the system is running

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3 years ago

Zen Nxt, an innovative tablet and smartphone manufacturer, launches a new line of smartphones with advanced processors, high def

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Answer:

a) Competitive price

Explanation:

a) Competitive price

Competitive price strategy is taken into consideration for setting prices for a product keeping in mind the competitors price for the similar products.

Competitive price have better sales and compete better with other similar products in the market. It gains a competitive edge in the market. It gains maximum customer recognized values.

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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