Answer:
D. if profit were positive, then firms would enter, decreasing price, and if profit were negative, then firms would exit, increasing price.
Explanation:
Perfectly competitive firms are price takers, hence they cannot influence the price of their products.
Perfectly competitive industries have no barriers to entry or exist of firms ,so if in the short run, firms are earning economic profit, then firms would enter into the industry , decreasing price, and if profit were negative, then firms would exit, increasing price. This makes perfect competitive firms to earn zero economic profit in the long run.
Answer:
Date Account Title Debit Credit
Feb 13 Cash $10,975
Sales $10,000
Sales Tax Payable $975
(10000 * 9.75%)
Answer:
7.5 Years
Explanation:
The computation of the payback period of the given machine is shown below:
<u>Year Initial outflow Cash flow Cumulative cash flow</u>
(52000)
1 10,000 10,000
2 10,000 20,000
3 10,000 30,000
4 8,000 38,000
5 8,000 46,000
6 2,000 48,000
7 2,000 50,000
8 4,000 54000
9 4,000 58000
10 4,000 62000
Now the Payback period is
= Completed years+ required cash ÷ annual cash inflow
= 7 years + 2000 ÷ 4000
= 7.5 Years
Answer:
B. Automation
Explanation:
Option A is incorrect as a human resource cannot be a material handling robot.
Option C is wrong as statistical quality control cannot do the same task as a material handling robot can. Statistical quality control can ensure quality by minimizing risk.
Options D and E are incorrect, respectively, as flexible manufacturing cannot improve the raw materials, and fixed layouts cannot be the element of the raw material process.
Option B is correct as a material handling robot is a machine. Therefore, automation is necessary to improve the raw materials handling process.
The right answer for the question that is being asked and shown above is that: "47 percent." the federal government's income comes from individual income tax is that of <span>47 percent. This is the correct answer as far as the federal government's income is concerned.</span>
