(x+7)(x-1) = 0 ^x^2 + 6x - 7 = 0x 7x -1
Its really easy if you think it this way.
Answer:
Year-end WIP 62,200
jounral entry for completed jobs:
-------------------------------------
Finished Good Inventory 1,149,800 DEBIT
WIP inventory 1,149,800 CREDIT
-------------------------------------
Explanation:
<u>WIP </u>
Beginning $ 72,000
Materials $ 390,000
Labor $ 500,000
Overhead <u>$ 250,000</u>
Total WIP $ 1,212,000
<u />
<u>Finished Jobs:</u>
Job 210 $ 200,000
Job 224 $ 225,000
Job 216 $ 288,000
Job 230 <u>$ 436,800</u>
Total $ 1,149,800
the jobs complete will move to finished good and credit WIP inventory
WIP year-end:
1,212,000 - 1,149,800 = 62,200
Answer: If the required return is 11 percent, what is the project's NPV? (Do not round intermediate calculations and round your answer to two decimal places, e.g., 32.16.)
Explanation:
The instrument that Shawn must use is “payable to the order of” before the name of the payee.
<h3>Requirements of Negotiability </h3>
- The first of the four major considerations is whether or not a paper is negotiable, and it is one that nonlawyers must address.
- Auditors, retailers, and financial institutions frequently handle notes and checks and must make quick decisions about negotiability.
- In a negotiable instrument, the only permissible promise or direction is to pay a particular sum of money. Any other promise or command renders negotiability null and void
- This restriction exists to prohibit an instrument from having an uncertain value.
- If the bearer of a negotiable instrument had to examine whether a provision or condition had been met before the thing had any value, the utility of the object as a substitute for money would be severely diminished.
Hence, the instrument that Shawn must use is “payable to the order of” before the name of the payee.
To learn more about the Negotiation instrument refer to:
brainly.com/question/9312091
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Answer:
Net Present Value = $59,632.78
Explanation:
<em>The net present value NPV) of a project is the present value of cash inflow less the present value of cash outflow of the project.
</em>
<em>NPV = PV of cash inflow - PV of cash outflow
</em>
Present value of cash inflow:
65,000 × (1.09375)^(-1) + 98000
×(1.09375)^(-2)+ 126,000
×(1.09375)^(-3)+ 132,000 × (1.09375)^(-4)= 326882.7792
PV of annual maintenance cost :
=1,500 × (1- 1.09375^(-4))/0.09375
=4819.84773
NPV = 26882.7792 - 4819.84773
- (255,000+12250)
= 59,632.78
