<span>When it comes to products that are popularly portrayed on mainstream television channels, it is often the regulation that adults must be the ones purchasing the item. However, on many accounts, and given the circumstances, sometimes younger children who have access to payment cards can also make such purchases. CREDIT CARDS are used for such payments.</span>
Answer:
Minimum transfer price =$ 0.57
Explanation:
The Can Division of Sheffield Corp is already operating her full capacity,
This implies that it call sell all it can produce to external buyers, to remain indifferent it will have have to make the same amount of contribution from internal sales it would from external.
Therefore the minimum transfer price:
Minimum transfer price= Variable cost - internal savings in variable cost + contribution from external sales
Savings in variable cost = $0.03
Contribution from external sales = $0.60 - $0.24 = $0.36
The minimum transfer price would be equal
Minimum transfer price = 0.24 - 0.03 + 0.36 = 0.57
$100 a month because it will reduce the amount of debt owed
Answer:
a) As long as the documents strictly comply with the letter of credit requirements, the bank will not have to reimburse the buyer
Explanation:
A letter of credit refers to the letter in which the bank is made a guarantee to pay the amount to a particular person by compiling the specific conditions during the exporting of goods
Since in the question, it is given that the seller has shipped the goods that are worthless i.e of no use for the buyer so in this case, the bank would not reimburse the buyer.
Therefore the correct option is A.
Answer:
$7073.68
Explanation:
Data provided in the question:
Worth of portfolio = $15,000
Amount invested in stock A = $6,000
Beta of stock A = 1.63
Beta of stock B = 0.95
Beta of portfolio = 1.10
Now,
Beta portfolio = ∑(Weight × Beta)
let the amount invested in Stock B be 'x'
thus,
1.10 = [($6,000 ÷ $15,000 ) × 1.63] + [( x ÷ $15,000 ) × 0.95 ]
or
1.10 = 0.652 + [( x ÷ $15,000 ) × 0.95 ]
or
0.448 = [( x ÷ $15,000 ) × 0.95 ]
or
x = ( 0.448 × $15,000 ) ÷ 0.95
or
x = $7073.68
