Answer:
The possible topics for writing a research paper:
Answer:
C. $77,000
Explanation:
Calculation for the amount of liabilities
Using this formula
Amount of liabilities=(Cash+Account receivable +Equipment) -Equity
Let plug in the formula
Amount of liabilities=($39,000+$45,000+$80,000)-$87,000
Amount of liabilities=$164,000-$87,000
Amount of liabilities=$77,000
Therefore the Amount of liabilities will be $77,000
To determine the company's liabilities, you apply the fundamental accounting equation (Assets = Liabilities + Equity). In this case, the total liabilities amount to $77,000.
The amount of liabilities a company has can be determined by a key equation in financial accounting: Assets = Liabilities + Equity. This company's total assets are calculated as follows: cash ($39,000) + accounts receivable ($45,000) + equipment ($80,000) = $164,000. Knowing this and considering that Equity is $87,000, we can rearrange the equation to solve for Liabilities: Liabilities = Assets - Equity, which results in: Liabilities = $164,000 - $87,000 = $77,000. So the answer is C. $77,000.
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The cars will wait an average of 1.67 hours before being served at routine repairs while they'll wait an average of 3 hours before being served at major repairs.
From the information given, at the routine repair hoist, 5 people waiting on average and the cars are processed at a rate of 3 per hour, therefore the flow time (T) will be:
= I/R = 5/3 = 1.67 hours.
Also, at the major repair hoist, 3 people wait on average and the cars are processed at a rate of 1 per hour. Therefore, the Flow time (T) will be:
= I/R = 3/1 = 3 hours.
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Answer:
The Cars wait an average of 1.67 hours before being served at routine repairs.
The Cars wait an average of 3 hours before being served at major repairs.
Explanation:
At the routine repair hoist, 5 people waiting on average hence the Inventory (I) = 5 cars. The cars are processed at a rate of 3 per hour, hence the Throughput (R) = 3 cars per hour.
Therefore the Flow time (T) = I/R = 5/3 = 1.67 hours.
The Cars wait an average of 1.67 hours before being served at routine repairs.
At the major repair hoist, 3 people waiting on average hence the Inventory (I) = 3 cars. The cars are processed at a rate of 1 per hour, hence the Throughput (R) = 1 cars per hour.
Therefore the Flow time (T) = I/R = 3/1 = 3 hours.
The Cars wait an average of 3 hours before being served at major repairs.
Bags of Leaves Raked
Samantha
4
8
Adam
5
25
Samantha and Adam own a gardening business together. They each pull weeds from flower beds and rake up leaves for their neighbors. If each decides to specialize in what they are best at, Samantha will
a.weed and Adam will rake because these are the goods each has a comparative advantage in.
b.rake and Adam will weed because these are the goods each has a comparative advantage in.
c.weed and Adam will rake because these are the goods each has an absolute advantage in.
d.rake and Adam will weed because these are the goods each has an absolute advantage in.
Answer:
The correct option is A, Samantha weed and Adam will rake because these are the goods each has a comparative advantage in.
Explanation:
The opportunity formula comes handy in this case, which is given below:
opportunity cost formula=what one sacrifices/what one gains
If Samantha were to weed flower beds, opportunity cost is computed thus:
Opportunity cost of Samantha weeding flower beds=8/4= 2 bags of leaves raked
The opportunity of Adam weeding flower beds=25/5 =5 bags of leaves raked.
In a nutshell ,if Samantha weeds flowers they would lose 2 bags of leaves raked while if Adam were to do so same, they would lose 5 bags of leaves raked, conclusively Samantha should weed flower beds since she has lower opportunity, higher comparative advantage
Answer:
Value of the ending inventory=$600,000
Option A is correct ($600,000)
Explanation:
Given Data:
Ending inventory=6,000 units
Direct labor per unit =$40
Direct materials per unit=$20
Variable overhead per unit =$10
Fixed overhead per unit=$30
Required:
Value of the ending inventory=?
Solution:
Value of the ending inventory=(Direct labor per unit+Direct materials per unit+Variable overhead per unit + Fixed overhead per unit)*Ending inventory
Value of the ending inventory=($40+$20+$10+$30)*6000
Value of the ending inventory=$100*6000
Value of the ending inventory=$600,000
Option A is correct ($600,000)
The value of the ending inventory using the absorption costing method for Guillotine Corporation is $600,000. This is calculated by adding the relevant per unit costs, which total $100 per unit, and then multiplying by the number of units in the ending inventory.
The absorption costing method includes both variable and fixed manufacturing costs, such as direct labor, direct materials, and both variable and fixed overhead, in the valuation of inventory.
In Guillotine Corporation's case, the costs per unit would be added together: $40 (direct labor) + $20 (direct materials) + $10 (variable overhead) + $30 (fixed overhead), which equals $100 per unit. Notice that the selling and administrative costs are not included in the valuation because absorption costing only includes manufacturing costs.
To find the value of the ending inventory, we then multiply the cost per unit ($100) with the number of units in the ending inventory (6,000 units). Therefore, 6,000 units * $100/unit = $600,000. Therefore, answer a) $600,000 is correct.
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Answer:
it cannot be used to settle debts
Explanation:
The assets are said to be liquid when it is convertible into cash and the liquid asset we called as a current asset. The liquidity of an asset is important to pay off the short term debt or obligations arise.
It can be in terms of account payable, inventory, prepaid insurance, etc
The asset that said to be illiquid when it is not be used for settling the debts
Hence, the first option is correct
Answer:
A. 1.111
B. The process is not capable
Explanation:
Part A
Capacity index help todetermine the performance of a process and how it could perform in the future. A capacity index of above 1.33 means that the process is capable but a capacity index below 1.33 means that the process is not capable. The capacity index can be calculated using equation 1;
From the mean which is 0.5, it can be determined that the process is a centered process.
For centered process, the mean = 0.5 x (Upper s. - Lower S.) = 0.5 x 0,02 = 0.04
so the capacity index for centered mean will be used
................................................1
Given standard deviation = 0.003
upper specification = 0.05
lower specification = 0.03
Therefore the capacity index of the process is 1.111
Part B
The capacity index of the process is 1.111 and it is less than 1.33, this means that the process is not capable.