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3 years ago

Chicago Company reported the following information at the end of the current year

Business

1 answer:

Nookie1986 [14]3 years ago

5 0

Answer:

37,000 common stock outstanding

preferred stock dividends = $82,000 x 10% = $8,200

Case A The preferred stock is noncumulative, the total amount of dividends is $32.000

dividends distributed to preferred stockholders = $8,200
dividends distributed to common stockholders = $32,000 - $8,200 = $23,800

since the preferred stocks are non-cumulative, if dividends are not paid during a certain they are "lost" and will not be recovered.

Case B The preferred stock is cumulative, the total amount of dividends is $24,600

dividends distributed to preferred stockholders = $8,200 x 3 = $24,600
dividends distributed to common stockholders = $0

Case C The pretend stock is cumulative, the total amount of all dividends is $90,200

dividends distributed to preferred stockholders = $8,200 x 3 = $24,600
dividends distributed to common stockholders = $90,200 - $24,600 = $65,600

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Let $S$ be the set of complex numbers of the form $a + bi,$ where $a$ and $b$ are integers. We say that $z \in S$ is a unit if t

lakkis [162]

Answer:

Number of units possible in S are 4.

Explanation:

Given S is a set of complex number of the form $a+bi$ where a and b are integers.

$z\in S$ is a unit if $w\in z$ exists such that $zw=1$ .

To find:

Number of units possible = ?

Solution:

Given that:

$zw = 1$

Taking modulus both sides:

$|zw| = |1|$

Using the property that modulus of product of two complex numbers is equal to their individual modulus multiplied.

i.e.

$|z_1z_2|=|z_1|.|z_2|$

So,

$|zw| = |1|\\\Rightarrow |zw| =|z|.|w| =1\\\Rightarrow |z|=\dfrac{1}{|w|}$ ......... (1)

Let $z=a+bi$

Then modulus of z is $|z| = \sqrt{a^2+b^2}$

Given that a and b are integers, so the equation (1) can be true only when $|z| = |w| =1$ (Reciprocal of 1 is 1). Modulus can be equal only when one of the following is satisfied:

(a = 1, b = 0) , (a = -1, b = 0), (a = 0, b = 1) OR (a = 0, b = -1)

So, the possible complex numbers can be:

$1.\ 1 + 0i = 1\\2.\ -1 + 0i = -1\\3.\ 0+ 1i = i\\4.\ 0 -1i = -i$

Hence, number of units possible in S are 4.

6 0

3 years ago

At which stage of new product planning does the management select the marketing campaign, identify regions to cover, and decide

denpristay [2]

The answer for your question is B

8 0

3 years ago

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A holiday sales flyer advertised a video game system for a significantly reduced price and

Yanka [14]

Answer: Bait and switch

Explanation:

The type of fraud here is referred to as the bait and switch fraud. This fraud occurs when customers are told about the low prices and quality of a product but aren't available when customers want to purchase such products and they're then given products that are costlier or products that are of lesser quality.

This can be seen in the question when the sales associate advertised the video game system for a reduced price which wasn't available when customers wanted to buy but were offered a game that was costlier.

7 0

3 years ago

Consider the closed (no exports or imports) Latverian economy in which the consumption function is C = 300 + 0.75DI (where DI =

777dan777 [17]

Answer:

0.66

Explanation:

Marginal propensity to consume is the proportion of disposable income that is spent on consumption

Marginal propensity to consume = change in consumption / change in income = C / Y

Gross domestic product (Y) is the sum of all final goods and services produced in an economy within a given period which is usually a year.

In a closed economy, GDP = Consumption + Investment spending + Government Spending

Y = 300 + 0.75(Y - $1,200) + $900 + $1,300

Y = 300 + 0.75Y - $900 + $900 + $1,300

Collect like terms

Y - 0.75Y = $1600

0.25Y = $1600

Y = $6400

Substitute for Y in the consumption function : 300 + 0.75(Y - $1,200)

300 + 0.75($6400 - $1,200)

300 + 0.75($5,200) = $4,200

C = $4200

Marginal propensity to consume = $4,200 / $6400 = 0.66

4 0

4 years ago

You write one MBI July 139 call contract (equaling 100 shares) for a premium of $17. You hold the option until the expiration da

Bogdan [553]

Answer:

$600 loss

Explanation:

A call option is defined as a contract that exists between ba buyer and seller of a call option to exchange securities held at a particular price within a specific period.

To calculate the profit realised on the investment

Profit from call option= (150- 139) * 100

Profit from call option= $1,100

Profit from premium= 17 * 100

Profit from premium= $1,700

Profit on investment= Profit from call option - Profit from premium

Profit on investment = 1,100 - 1,700 = -$600

So there is a loss of $600

4 0

3 years ago

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