Answer:
The correct answer is depository institutions.
Explanation:
We denominate Depository institution to financial entities that can legally receive and manage monetary deposits from costumers.
This institution serves as a way to keep a person's money securely, and thus achieve the physical security of the person who owns the money, since having a certain amount of money with himself can be dangerous.
A client will give his money to a depository institution, which also have several types of bank accounts, and when the client wishes, that money will be returned.
The depository Institution, while saving your money, can use it to make investments or to lend to other costumers.
Answer:
D) $45,000
Explanation:
The computation of the amount which is included in the current liability section is shown below:
= Account payable balance + bonds payable - discount on bonds payable + dividend payable
= $15,000 + $25,000 - $3,000 + $8,000
= $45,000
The current liability is that liability which is arise for one year. Since, the notes payable is a long term liabilities so we do not consider in the computation part.
Answer:
The answer is 2.5
Explanation:
Mpc = marginal propensity to consume
Mps = marginal propensity to save
Multiplier = 1/ 1-mpc= 1/ mps
Multiplier = 1/ 1-0.6 = 1/ 0.4 = 2.5
Answer: The correct answer is "Cause-related marketing".
Explanation: This is an example of <u>Cause-related marketing.</u>
Cause-related marketing is a type of corporate social responsibility activity, for which a business promotion campaign has a dual purpose: to increase profitability and improve society.
In this case, the supermarket chain seeks to increase its sales, promoting that 1% of these will be donated to local after-school programs for underprivileged youth.
Answer:
$1,115.58
Explanation:
Calculation to determine how much should you be willing to pay for this bond
Using this formula
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
Where,
Par value= $1,000
Cupon= $35
Time= 10*4= 40 quarters
Rate= 0.12/4= 0.03
Let plug in the formula
Bond Price= 35*{[1 - (1.03^-40)] / 0.03} + [1,000/(1.03^40)]
Bond Price= 809.02 + 306.56
Bond Price= $1,115.58
Therefore how much should you be willing to pay for this bond is $1,115.58