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3 years ago

11

The money multiplier process also works in reverse when a loan is repaid and the amount of money that is destroyed is equal to t

he loan repayment times the money multiplier.A. TrueB. False

1 answer:

kiruha [24]3 years ago

8 0

Answer:

The correct answer is TRUE

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Unfortunately, Angie doesn't have enough money in her account right now. She needs to make additional contributions at the end o

SIZIF [17.4K]

Answer: $770.22

Explanation:

If she makes equal contributions then those would be annuities. The $9,000 she wants to have will be the future value of the amount currently in her account and the annuity.

9,000 = 5,000 ( 1 + r) ^ n + ( annuity * future value interest factor of an annuity, 9%, 3 years)

9,000 = 5,000 ( 1 + 9%) ^ 3 + ( Annuity * 3.2781)

9,000 = 6,475.145‬ + 3.2781 * Annuity

Annuity = (9,000 - 6,475.145‬) / 3.2781

Annuity = $770.22

4 0

3 years ago

Albert is the manager of a large retail store, with the authority to hire employees. The store does not have a specialized human

anastassius [24]

Answer: An availability bias

Explanation: An availability bias is simply defined as the tendency for people to base their judgments on information that is easier to recall than on those that require extensive use of memory. It is also given as an unrecognized tendency of decision-makers to give preference to recent information, vivid images that evoke emotions, and specific acts and behaviors that they personally observed. Albert by asking questions that come to his mind easily as a result of inadequate preparation which leads to his hiring poor quality employees indicates an availability bias.

6 0

3 years ago

Consider the following information: Rate of Return If State OccursState ofProbability ofEconomyState of EconomyStock AStock BSto

grigory [225]

Answer:

Expected Return Boom = 0.29(0.353) + 0.42(0.453) + 0.29(0.333)

Expected Return Boom = 0.3892

Expected Return Boom = 38.92%

Expected Return Good= 0.29(0.123) + 0.42(0.103) + 0.29(0.173)

Expected Return Good = 0.1291

Expected Return Good = 12.91%

Expected Return Poor = 0.29(0.013) + 0.42(0.023) + 0.29(-0.053)

Expected Return Poor = - 0.00194

Expected Return Poor = - 0.194%

Expected Return Bust = 0.29(-0.113) + 0.42(-0.253) + 0.29(-0.093)

Expected Return Bust= - 0.166

Expected Return Bust= - 16.6%

a. Expected return portfolio = 0.3892*0.18 + 0.1291*0.42 + 0.32*- 0.00194 + 0.08*- 0.166

Expected return portfolio = 0.1104

Expected return portfolio = 11.04%

b. Variance = 0.18*(0.3892-0.1104)^2 + 0.42*(0.1291-0.1104)^2 + 0.32*(- 0.00194-0.1104)^2 + 0.08*(- 0.166-0.1104)^2

Variance = 0.02429

c. Standard Deviation = (0.02429)^(0.5)

Standard Deviation = 0.1558

Standard Deviation = 15.58%

3 0

3 years ago

Which option identifies the type of budget development represented in the following scenario?

Alexus [3.1K]

Answer:top approach

Explanation:

4 0

2 years ago

Mr. Smith believes that there is going to be rise in the equities market. Based on this information, what would allow Mr. Smith

White raven [17]

Answer:

The answer is 'Buy a Stock Index Future'

Explanation:

To take best advantage of this situation, Mr Smith should go long(buy) on this stock.

Stock Index Future js a method of derivates. Futures, like forward contract is a forward commitment which obligates the buyer to purchase an asset or the seller to sell an asset and have a predetermined future date and price. Future is used to hedge against worse future situations.

7 0

4 years ago