Answer:
If Impala decides to buy from the external source , it would then save the fixed of $1,750
Decision: Impala should be buy from the external source
Explanation:
<em>To determine the appropriate course of action, we shall determine whether there would be a net savings in cash flow as a result of purchasing externally or not.</em>
The relevant cash flows figures include:
- Internal variable cost of production
- External purchase price
- Savings in internal; fixed cost as result of buying outside
Variable cost of internal production = 42,000 + 8,750 + 15,750 = 66,500
Increase in variable cost if purchased externally = 66500 - 66500 = 0
If Impala decides to buy from the external source , it would then save the fixed of $1,750
Decision: Impala should be buy from the external source
Answer:
$34,700
Explanation:
Calculation to determine what the cost of ending work in process inventory for the department would be:
Using this formula
Cost of ending work in process inventory=Beginning work in process inventory +Costs added to production-Units completed and transferred out
Let plug in the formula
Cost of ending work in process inventory=$12,700+$433,000- $411,000
Cost of ending work in process inventory=$34,700
Therefore the cost of ending work in process inventory for the department would be: $34,700
Answer:
Alternative Splicing
Explanation:
According to my research on studies conducted by various geneticists, I can say that based on the information provided within the question the thing that can best account for this is called Alternative Splicing. This is a process in which allows a single gene to code for multiple proteins during gene expression. Thus allowing a couple thousand protein-coding genes to produce hundreds of thousands of gene products.
I hope this answered your question. If you have any more questions feel free to ask away at Brainly.
Answer:
27.84
Explanation:
In order to find the price(value of the stock) after 4 years, we must have the growth rate to reach that level. In this question the growth rate will be identified first by the given information.
DATA
ROE = 26%
Plow back ratio = 0.20
Dividend this year = Do = $2.5
Rate of return = 14%
Time period = 4 years
Solution
growth rate = ROE x plow back ratio
growth rate = 26% * 0.2
growth rate = 5.2%
Dividend next year D1 = Do x (1-plowback ratio)
D1 = 2.5 x (1-0.2)
D1 = $2
Value of stock now Po = D1/(return - growth rate)
Value of stock now Po = 2/(0.14-0.052)
Value of stock now Po = $22.73
Value of stock in 4 years = Po * (1+growth rate)^4
Value of stock in 4 years = 22.73 * (1+0.052)^4
Value of stock in 4 years = $27.84