Money supply is the total amount of money in circulation which includes coins, cash and balance in savings account in a country at a period of time.
- Given a fixed supply of money and a downward sloping aggregate demand curve, an increase in money demand will <u>not change</u> the price paid for its use, otherwise known as the <u>discount rate.</u>
- A change the money supply in a country causes a change in aggregate demand.
- An increase in the money supply causes increase in aggregate demand and a decrease in the money supply causes decrease in aggregate demand.
Therefore, an increase in money demand will not change the price paid for its use, otherwise known as the discount rate.
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Answer:
27 days
Explanation:
The accrued interest is calculated by beginning the count of days from the dated date of the corporate bond up until the settlement, without including the settlement date.
From 1st June to 27th June, a day before settlement date makes 27 days, as a result, the number of days in respect of which interest is owed to the underwriter is 27 days
As a general rule concerning job offers, it can be said that <span>"competitive" job offers tend to leave room to negotiate</span>. When a company decides they want to hire a person, they make a job offer that lays out what they are giving the person in return for their employment. They explain the benefits and their job duties. Because job offers are competitive they leave room for the person being hired to negotiate terms before they both agree on them.
Answer:
e. the expected return on a security is positively and linearly related to the security's beta.
Explanation:
As per CAPM: Expected return (ER) = Rf + \beta (Rm - Rf)
Lets assume risk free return (Rf) as 5%, \beta as 2 and expected market return (Rm) as 10%
then, ER = 5% + 2 (10% - 5%) = 15%
However if lets assume all the other factors remain the same and \beta increases to 3
then, ER = 5% + 3 (10% - 5%) = 20%
Similarly if \beta reduces to 1
then, ER = 5% + 1 (10% - 5%) = 10%
So higher the \beta higher is the risk and hence higher the expected return. Hence expected return on a security is positvely and linearly related to the security's beta
Answer:
E. $78
Explanation:
The computation of the net present value is shown below:
Net present value is
= Initial investment + year cash inflows ÷ (1 + discount rate)^number of years + year cash inflows ÷ (1 + discount rate)^number of years
= -$150 + $175 ÷ 1.15 + $100 ÷ 1.15^2
= $77.78
= $78
Hence, the correct option is E. $78
