It effects how money is moved around the united states. They will hire more companies, such as contractors. Those contractors will hire other companies to do said work, they companies will hire workers. However it creates more jobs, and more government spending.
Answer:
Explanation:
A:
Number of contracts required:
= (0-1.2)×36,000,000÷(900×$250)
= -192
Since negative value, short 192 contracts.
B:
= (0.9 - 1.2)×36,000,000÷(900×$250)
= -48
Since negative value, short 48 contracts.
C:
= (1.8 - 1.2)×36,000,000÷(900×$250)
= 96
Since positive value, long 48 contracts.
Answer:
The answer is: True
Explanation:
First of all, the classical dichotomy in economics assumes that real variables of the economy such as output of goods and services and real interest rates are not influenced by what happens to their nominal counterparts, such as the monetary value of output and nominal interest rate. It doesn´t consider inflation or the nominal supply, in other words money supply is neutral in the economy (because its value is adjusted to inflation).
The real problem with this theory, at least in the short run, is that in real life money supply, interest rates and inflation do affect the GDP of a country. When the money supply of an economy is increased then aggregate demand also increases. More money equals more demand. That happens because the prices of goods and services doesn´t adjust as fast as a change in the money supply. Also this theory doesn´t consider the monetary circuit theory about money being "created" by the banking system every time a loan is made.
Answer:
a) Portfolio ABC's expected return is 10.66667%.
Explanation:
Some information is missing:
Stock Expected Standard Beta
return deviation
A 10% 20% 1.0
B 10% 10% 1.0
C 12% 12% 1.4
The expected return or portfolio AB = (1/2 x 10%) + (1/2 x 10%) = 10% (it is the same as the required rate for stock A or B)
The expected return or portfolio ABC = (weight of stock A x expected return of stock A) + (weight of stock B x expected return of stock B) + (weight of stock C x expected return of stock C) = (1/3 x 10%) + (1/3 x 10%) + (1/3 x 12%) = 3.333% + 3.333% + 4% = 10.667% <u>THIS IS CORRECT</u>
Options B, C, D and E are wrong.
E.) Opportunity cost is the cost associated with giving up one opportunity for the benefit earned by another.
