Answer:
Minimum Transfer Price is $3.50
Explanation:
The Minimum transfer price is calculated by adding the variable cost per unit with the opportunity cost. In this case where the clock division is not operating at full capacity then the opportunity cost would be considered as $0.
Moreover, the division would be able to avoid a $0.5 cost per clock. Therefore, the variable cost will be $3.50 ($4 - $0.5) after eliminating the $0.5.
Finally, the minimum transfer would as follows:
Minimum Transfer Price = Variable cost + Opportunity Cost
Minimum Transfer Price = $3.50 + $0
Minimum Transfer Price = $3.50
Answer:
The correct answer is option B.
Explanation:
The statement "There is no free lunch" means that no product is made for free. Production of any good or service requires resources. These resources are scarce and have alternative uses. So in order to produce any goods or services limited resources are used and its alternative uses are sacrificed.
Answer:
The answer is moral minimun.
Explanation:
The moral minimun is the less acceptable standard for ethical business behavior. Normally considered to be compliance with the law.
In other words, is the minimum degree of ethical behavior expected of a business firm, which is usually defined as compliance with the law.
Answer:
<u>Dietz corporation cash budget for the first quarter </u>
Total Receipts :
Collections from Customers $199,800
Receipts from Sale of Equipment $3,240
$203,040
Total Payments :
Direct materials $46,440
Direct labor $75,600
Manufacturing overhead $37,800
Selling and administrative expenses $48,600
Purchase of securities $15,120
$223,560
Net Receipts/(Payments) ($20,520)
Opening Balance $32,400
Closing Balance $11,880
Required Balance $27,000
Loan (Shortfall) $15,120
Explanation:
A cash Budget shows the future estimate of future cash incomes and cash expenditures.
Answer:
The initial deposit should be of: $97,439.62
Explanation:
Giving the following information:
To replace the new machine when it wears out, the company wants to establish a savings account today. The interest rate on the account is 1.9 percent per quarter and the cost of the machinery is $325,000.
To calculate the initial investment required, we need to use a variation on the simple interest future value formula:
FV= PV*(1+i)^n
PV= present value
Isolating PV:
PV= FV/(1+i)^n
i= 0.019
n= 4*16= 64
FV= 325,000
PV= 325,000/ (1.019^64)= $97,439.62
