Explanation:
Basic research, is otherwise called pure research. This is the first step in production innovation. This is followed by "applied research", then "innovation development", then to go for "production-sales-market".
The information gathered here will be very light or a starter. It is not possible to foresee all the outcomes or the benefits which is achieved in the basic research.
We cannot even predict the types of research knowledge which might add a value to the future changes
Answer:
$125
Explanation:
Computation for the change in net working capital
Using this formula
Change in net working capital =( Ending Current asset- Ending Current liabilities) - (Beginning Current asset- Beginning Current liabilities)
Let plug in the formula
Change in net working capital =
($493 – $272) – ($328 – $232)
Change in net working capital = $221-$96
Change in net working capital =$125
Therefore the Change in net working capital will be $125
Answer:
(A) Mastering nonverbal signals will allow you to "read someone like a book."
Explanation:
Nonverbal communication refers to all the ways peop`le can communicate without using language like:
It is more probably that people inccur into nonverbal language without know they do so. In most of the time is unconsciosly
Anyway, mastering will not allow you to fully understand people entirely, people are different and they can expresse something but think different. And this is also applicable to nonverbal communication.
Answer:
The false statement is Mastering nonverbal signals will allow you to "read someone like a book."
Explanation:
Nonverbal signals tell us a lot about a person and his behavior and personality, but we cannot say that triumphing can let us flip through someone like a book.
Most of the time, nonverbal signals are inadequate without verbal communication, and nonverbal signals don't tell us with assurance regarding anything.
Learn more about nonverbal communications refer:
Answer and Explanation:
The Calculation of Predetermined OH Rate is shown below:
For Materials Handling, it is
= Estimated Overhead Costs ÷ Estimated allocated base Quantity
= $54,000 ÷ 96
= $562.50 per part
For Machine Setup, it is
= Estimated Overhead Costs ÷ Estimated allocated base Quantity
= $204,000 ÷ 60
= $3,400 per setup
For Insertion of Parts, it is
= Estimated Overhead Costs ÷ Estimated allocated base Quantity
= $486,000 ÷ 96
= $5,062.50 per part
Now
Calculation of allocated OH is
For Basic Model:
Allocated OH is
= $562.50 × 32 + $3,400 × 20 + $5,062.50 × 32
= $248,000
For Professional Model:
Allocated OH is
= $562.50 × 64 + $3,400 × 40 + $5,062.50 × 64
= $496,000
Answer:
$60,000 increase
Explanation:
The company's additional earnings before interest and taxes (EBIT) are subjected to a 40% tax rate. The company's EBIT is:
The change in income is determined as the EBIT minus taxes and interest expense:
Therefore, Garfield Industries experienced a $60,000 increase in its income as a result of the expansion.
The net income will increase by $100,000 as a result of the expansion.
To calculate the net income increase or decrease, you need to subtract the increased costs of goods sold, depreciation expenses, and interest expense from the increased sales. The tax rate of 40 percent should be applied to the resulting amount to calculate the net income. So, the net income increase or decrease can be calculated as follows:
Net income increase or decrease = (Increased sales - Increased costs of goods sold - Depreciation expenses increase - Interest expense increase) * Tax rate
= ($1,000,000 - $700,000 - $50,000 - $150,000) * 0.40
= $100,000
Therefore, the net income will increase by $100,000 as a result of the expansion.
Answer:
The best response functions are given by
Explanation:
Under no fixed costs the total costs is
for i=1,2. The market demand is given by
where is the total production
Firm 1 and 2 will maximize its own profits. Since this firms are symmetric the problems are too
The first order conditions (take derivative of the profit with respect to are given by
Then the best-response function for Firm 1 will be
and the solution for Firm 2 would be the symmetric
Now we can add fixed costs, so total costs now look
for i=1,2
the profit maximization problem for firm 1 looks now
The first order conditions are given by
note that this equation is the same as in the absence of Fixed Costs. So the solutions would be the same. Fixed costs don't change the optimal level of production of these firms.
Note that Total Costs are given by fixed costs (F) and marginal costs (m) that depend on the production level of the firm
for i=1,2. The market demand is given by
where is the total production, so it's the sum of each firms production
Firm 1 will maximize it's own profits
The first order conditions (take derivative of the profit with respect to are given by
Then the best-response function for Firm 1 will be
and the solution for Firm 2 would be symmetric.
Note that only marginal costs are relevant for getting the best-response function, so adding fixed costs (F) don't change the results
Explanation:
Answer: $1,256
Explanation:
Milo makes 6% on the sales that he makes.
The $75.36 that he made from this sale is therefore 6% of the cost of the item sold.
Assuming the item was x, the cost is;
6% * x = 75.36
x = 75.36/6%
x = $1,256
The cost of the item that Milo sold can be found by dividing the known commission by the commission rate. In this case, the item cost $1000.
The question of finding the cost of an item based on a known commission is a question of working backwards from the commission to the total sale amount. This can be understood as a simple mathematical problem related to percentages.
If Milo's commission was $100, and the commission rate is 10% (as mentioned in the question), then we can formulate this as x * 0.10 = $100, wherein x represents the total sale amount. To find x, we can rearrange the formula to x = $100 / 0.10, which equals to $1000. Hence, the cost of the item that Milo sold was $1000.
To find the cost of the item Milo sold, set up an equation using the commission rate and the commission earned.
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