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iragen [17]
3 years ago
8

A corporation can pay a brokerage house to issue its stock. Some brokerage houses underwrite an indirect issuance of stock; they

buy the stock from the corporation and resale it to investors.
Mathematics
1 answer:
guapka [62]3 years ago
5 0

Answer:

True.

Step-by-step explanation:

A corporation is a business entity established by law, distinct from it's owners. The owners are either called shareholders or stockholders while their entities can owned privately or publicly. A corporation can sell it's stocks directly by advertising them to potential buyers or indirectly through a brokerage firm, meaning that the corporation would pay a brokerage firm to issue its stocks.

Brokerage firms are financial institutions that helps individuals, firms to buy and sell securities- shares, stocks,Treasury bills, bonds etc. They are licensed by the Securities and Exchange Commission(SEC) hence are employed by firms to represent investors who buys and sells public stocks. They engage in market research thereby giving professional advice to their clients in terms of investments decisions. In addition to this, some brokerage firms underwrites an indirect issuance of stock; they buy the stock from corporation and resale it to investors.

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Gnoma [55]

Multiply 6 by numbers 1 -6:

To get:

6, 12, 18, 24, 30,36

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3 years ago
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In a survey of 100 out-patients who reported at a hospital on a day, it was found that 70 complained of fever, 50 had stomach tr
cluponka [151]

Answer:

3 patients had all the three complaints

Step-by-step explanation:

Let U be the set of patients who reported at the hospital on that day

Let F be the set of patients who complained of fever

Let S be the set of patients who had stomach troubles

Let I be the set of injured patients

Then the given data can be written as:

  • n(U) = n(F∪S∪I) = 100
  • n(F) = 70
  • n(S) = 50
  • n(I) = 30
  • n(F∩S) + n(S∩I) + n(I∩F) - 3×n(F∩S∩I) = 44

n(F∩S∩I) = ?

Using the formula for the cardinal number of union of three sets:

n(F∪S∪I) = n(F) + n(S) + n(I) - n(F∩S) - n(S∩I) - n(I∩F) + n(F∩S∩I)

100 = 70 + 50 + 30 - (44 + 3×n(F∩S∩I)) + n(F∩S∩I)

100 = 150 - 44 - 2×n(F∩S∩I)

2×n(F∩S∩I) = 106 - 100 = 6

<u>n(F∩S∩I) = 3</u>

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3 years ago
On this graph, What is the area of the core? What is the area of the brown circles? What is the area of the orange circles? What
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Find the length of the vector V = || 2 3 1 ||- Ensure that you use at least 4 decimal place accuracy or exact values when enteri
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Answer:

Length = 3.7416

Step-by-step explanation:

The lenght of a 3D vector is given by the formula below:

L = sqroot(x^2+y^2+z^2)

Replace the data you have in the formula and you have:

L = Sqroot(2^2 + 3^2 + 1^2)

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Anybody know the answer to this
marusya05 [52]

Answer:

1. sin(Z) = 0.6

2. sin(C) = 0.28

3. cos(Z) = 0.8

4. tan(C) = 0.75

5. tan(50°) = 1.1918

6. cos(40°) = 0.7660

7. sin (25°) = 0.4226

8. sin(75°) = 0.9659.

Step-by-step explanation:

The trigonometric ratios are

cos \ \theta = \dfrac{Adjacent\ leg \ length}{Hypotenuse \ length}

sin \ \theta = \dfrac{Opposite \ leg \ length}{Hypotenuse \ length}

tan \ \theta = \dfrac{Opposite \ leg \ length}{Adjacent \ leg \ length}

1. The length of the opposite leg to angle Z = 24

The length of the hypotenuse side = 40

∴ sin(Z) = 24/40 = 0.6

2. The length of the opposite leg to angle C = 14

The length of the hypotenuse side = 50

∴ sin(C) = 14/50 = 0.28

3. The length of the adjacent leg to angle Z = 24

The length of the hypotenuse side = 30

∴ cos(Z) = 24/30 = 0.8

4. The length of the opposite leg to angle C = 27

The length of the adjacent leg = 36

∴ tan(C) = 27/36 = 0.75

5. Using the calculator, and rounding the answers to the nearest 10,000, we have;

tan(50°) = 1.1918

6. Using the calculator, and rounding the answers to the nearest 10,000, we have;

cos(40°) = 0.7660

7. Using the calculator, and rounding the answers to the nearest 10,000, we have;

sin (25°) = 0.4226

8. Using the calculator, and rounding the answers to the nearest 10,000, we have;

sin(75°) = 0.9659.

3 0
3 years ago
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