<u>Given:</u>
Annual demand = 410 units
Ordering cost = $41
Holding cost = $5 unit per year
<u>To find:</u>
Number of units to be ordered each time an order is placed
<u>Solution:</u>
On calculating the number of units,
Therefore, to minimize the total cost, approximately 77 units should be ordered each time an order is placed.
According to the TABC, seller-server certification can be revoked if one is charged with breaking the laws concerning the sale of alcohol. The length of time that TABC certificate is revoked depends on the number of offenses committed within a period of 12 months. In this case, the holder made a second offence within 12 months, therefore, the holder will not be allowed to get a TABC certification again for 90 days. One is required to take some time off work since it appears he/she has a problem with breaking alcohol laws
Answer:
Projects E,F and G should NOT be considered.
Optimal Capital is $5,750,000
Explanation:
The accept-or-reject rule, using the IRR method, is to acceptthe project if its Internal Rate of Return (IRR) is higher than theWeighted Average Cost of Capital(k) [r>k]. The project shall berejected if its internal rate of return is e lower than theWeighted Average Cost of Capital cost of (r<k)
Accept if r>k
Reject if r<k
Mayaccept if r = k
If the Weighted Average Cost of Capitl (WACC) is less than IRRrate, then the project has positive NPV; if it is equal to IRR, theproject has a Zero NPV, and if it is greater than the IRR, theproject has negative NPV.
The projects should be accepted as the rate of return on theproject is higher than the WACC(10.8%) which means that theprojects will be profitable as the returns are higher than the costof the project (capital). Considering this projects E,F and G should NOT be considered.
And considering the sizes the Optimal Capital is $5,750,000 (the addition of sizes of all projects)
Answer and Explanation:
The computation of the predetermined overhead rate is shown below:
For Cutting department
= Variable manufacturing overhead per machine hour + (Total fixed manufacturing overhead ÷ machine hours)
= $2 + ($264,000 ÷ 48,000)
= $2 + $5.50
= $7.50
For finishing department
= Variable manufacturing overhead per direct labour + (Total fixed manufacturing overhead ÷ direct labor hours)
= $4 + ($366,000 ÷ 30,000)
= $4 + $12.20
= $16.20
Answer:
(A) $110,000
(B) $44,000
(C) $440,000
(D) $176,000
Explanation:
Parent corporation invested $1,000,000 in sub corpora tion for 25% of its outstanding stock
Sub corporation pays out 40% of net income of dividend each year
(A) Parent's Co's share of Sub's Co's net income for the year is $110,000
(B) Parent's Co's share of Sub's Co's share of dividend for the year is $44,000
(C) The total net income can be calculated as follows
= 110,000 ×100/25
= 11,000,000/25
= $440,000
(D) The total dividend for the year can be calculated as follows
= 440,000 ×40/100
= 440,000 × 0.4
= $176,000
