Answer:
B. False
Explanation:
The banking system can expand the supply of money by a maximum of $1,000,000 ($200,000/0.2).
The maximum currency creation by the banking system is a function of the checkable deposits and the reserve ratio. The formula for this is called the money multiplier, and is given as the checkable deposits divided by the reserve ratio. With this multiplier factor, banks can increase the currency in circulation. This is why central banks use the reserve ratio to monitor the supply of money in their economies.
<span>According to the Affordable Care Act new health insurance marketplaces are established by the Patient Protection Act. This Act was put in place to let patients compare different health insurance companies and benefits to determine what is best for them. The benefits are dependent on how many people or an individual needs coverage and what type of coverage they are wanting to have. </span>
Answer:
The correct answer is letter "A": The line between electronic retailing and traditional retailing is blurring as traditional retailers go online.
Explanation:
Most purchases nowadays are being processed online. The easiness to access to a wide variety of products and the methods of payments causes more people to buy online. Besides, the number of retailer stores with mobile apps is increasing so there is no need to have a computer to make the purchases online since they can be made with a phone. This scenario is fading the line that used to separate traditional retailing with online retailing.
Answer:
The private savings as a share of the GDP must have declined.
Explanation:
according to the twin deficit hypothesis:
budget deficit = savings + trade deficit - investments
the government deficit as a share of GDP declined and investment as a share of GDP remained constant that means that the savings should decline.
Answer:
$1,101.32
Explanation:
Simple interest accounts balances are calculated using the following formula
A = P ( 1 + rt)
where:
A = final account balance
P = starting balance
r = interest rate (annually) percentage divided by 100
t = years
Therefore, we can plug in the values provided in this formula and solve for P which would be the amount that Kremena needs to deposit.
1,250 = P ( 1 + (0.045 * 3))
1,250 = P * 1.135 ... divide both sides by 1.135
1,101.32 = P
Finally, we can see that Kremena would need to deposit a total of $1,101.32 to have the amount that she wants after 3 years.