Answer:
a. False
Explanation:
A "primary transaction" refers to the selling of <em>new stocks and bonds</em> for the first time towards the public. A great example of this is the "Initial Public Offering" <em>(IPO)</em> which allows "public share issuance."
On the other hand, a "secondary transaction" refers to the<em> trading of investors among themselves.</em> There is no involvement of the issuing companies here. So, this means that if an investor uses the services of a broker to buy and sell stocks that are currently being traded in the stock market,<u> the transaction</u><u> doesn't directly involve the issuing compan</u><u>y.</u> This kind of transaction is then called "secondary."
So, this explains the answer.
Answer:
The correct answer is letter "C": Spreading risk by investing your money in a variety of funds and investment options.
Explanation:
Portfolios are <em>pools of different assets that aim lowering the risk inherent in investments</em>. Portfolios tend to be managed by professional who work on behalf of investors an can provide suggestions on what assets to buy and sell according to the fluctuations of the market.
Answer:
please refer to attachment for more explanation
Explanation:
a. a. Since both goods are complementary goods an increase in the price of cream cheese would cause equilibrium price and quantity of bagel to decrease.
b. If the price of the substitute good croissant decreases then the demand for bagel will fall since croissant is obviously cheaper therefore demand curve will shift downward and price and quantity will fall.
c. Lower income of the consumer would make the demand for the inferior good bagel to rise. Demand curve will shift upwards and price and quantity will rise.
Answer:
$80
Explanation:
The computation of the price of a room night is given below:-
Investment made = $24,000,000
Return required at $1 per 1,000 = $24,000
Number of rooms = 300
Price of Room rent = Return ÷ Number of rooms
= $24,000 ÷ 300
= $80
Therefore for computing the room price of room rent we simply divide the number of rooms by return required.