Answer:
$800
Explanation:
Since $50,800 are available for distribution, the payments will start with the trustee, the lawyers and the suppliers:
- trustee will receive $15,000
- lawyers will receive $10,000
- Dart will receive $20,000
- <u>Noll will receive $5,000 </u>
After the suppliers, lawyers and trustee are paid, only $800 are left and they will be given to Boyd. The creditors with unsecured claims will get $0.
Answer: (55 x 30) + 245 = 1895
Explanation:
translation from spanish to english: My family and I went to the movies and we collected for the entrance that was $ 245 if my sister gave 1/5 of the total while I gave 4/10 and my father gave the rest how much money each one contributed.
Spanish:
la parte superior es la respuesta, espero que esté bien.
english:
the top is the answer, hope it was right.
Answer:
(C) Bonds Payable for $150,000
Explanation:
the face value of the bonds will the value at which bonds payable account enter the accounting. Then, there is a discount which decrease the net value of the bonds:
Bonds Payable 150,000 credit
Discount on bonds 15,000 debit
When the bonds are converted, we will write-off these account against common stock and additional paid-in
To wirte-off the account we need to post them in the other side so we got:
Bonds payable debit 150,000 debit
Discount on bonds 15,000 credit
Common Stock xx credit
Additional paid.in xx credit
These makes option C correct
Answer:
Break-even point in composite units = 811 units
Explanation:
Number of modal;
5 Youth models
9 Adult models
6 Recreational models
Annual fixed costs total = $6,550,000
Find:
Break-even point in composite units
Computation:
Mixed contribution margin = 5[130] + 9[475] + 6[525]
Mixed contribution margin = 650 + 4275 + 3150
Mixed contribution margin = $8075
Break-even point in composite units = Annual fixed costs total / Mixed contribution margin
Break-even point in composite units = 6,550,000 / 8075
Break-even point in composite units = 811 units
The dimensions of the cylinder can be used to minimise cost of manufacture.
<h3>How to we find minimised cost?</h3>
Let's ignore the metal's thickness and assume that the material cost to manufacture is precisely proportionate to the surface area of a perfect cylinder.
A=2πr(r+h)
Given that V=1000=r2h and h=1000=r2, we can write
A=2πr(r+1000πr2)
A=2πr2+2000r−1
By setting the derivative to zero, we may determine the value of r that minimises A:
A′=4πr−2000r−2
0=4πr−2000r−2
2000r−2=4πr
2000=4πr3
r=500π−−−√3
r=5.419 + cm
h=1000πr2=10.838 + cm
The can with the smallest surface area has a volume of 1000 cm 3 and measures 5.419+ cm in radius and 10.838+ cm in height. The can has a surface area of 553.58 cm 2. Given a constant volume, the cylinder with diameter equal to height has the least surface area.
Can surface area (cm2) versus. radius (cm), where capacity = 1000cm 3.
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