<span>Governments use administrative trade policies to boost exports and restrict imports.
When the do this, they are helping producers but hurting the consumer. The administrative trade policies are taking away goods that consumers want by not allowing them to purchase or import the item.</span>
Answer:
Net gain = $60,000
Explanation:
Given:
Sale value of house = $540,000
Adjusted value = $220,000
Selling expenses = $10,000
Computation of gross profit on the house:
Gross profit on sale = Sale value of house - Adjusted value - Selling expenses
Gross profit on sale = $540,000 - $220,000 - $10,000
Gross profit on sale = $310,000
Maximum limit on gain from sale of house = $250,000(Form number 1040, Schedule D)
Computation of net gain:
Net gain = $310,000 - $250,000
Net gain = $60,000
A.)
The country's trend rate of growth over this period was 4.2% = (2+3+3+4+4% 1+5<span>% </span><span>2+6 +2+7+3+8+4+9+6+10+3/18)
b.)6-9 due to positive and increase.</span>
Answer:
$10,800 underapplied
Explanation:
Calculation for If overhead is applied based on machine hours, the overapplied/underapplied overhead is:
Overhead machine hours=[($1,044,000/24,000)×23,600]-1,037,400
Overhead machine hours=($43.50 x 23,600) - 1,037,400
Overhead machine hours=$1,026,600- 1,037,400
Overhead machine hours= $10,800 underapplied
Therefore If overhead is applied based on machine hours, the overapplied/underapplied overhead is:$10,800 underapplied
Answer:
Number of units possible in S are 4.
Explanation:
Given <em>S</em> is a set of complex number of the form 
where <em>a</em> and <em>b</em> are integers.
is a unit if 
exists such that 
.
To find:
Number of units possible = ?
Solution:
Given that:
Taking modulus both sides:
Using the property that modulus of product of two complex numbers is equal to their individual modulus multiplied.
i.e.
So,
......... (1)
Let 
Then modulus of z is 
Given that a and b are <em>integers</em>, so the equation (1) can be true only when 
(Reciprocal of 1 is 1). Modulus can be equal only when one of the following is satisfied:
(a = 1, b = 0) , (a = -1, b = 0), (a = 0, b = 1) OR (a = 0, b = -1)
So, the possible complex numbers can be:
Hence, number of units possible in S are 4.
