Answer:
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Explanation:
Station 4, 2,100/month Problem 11-11 The longest process on this "assembly line" will govern the output.
Therefore, the maximum output from this line will be: Output = available time/cycle time = (40 hours per week)*(60 minutes per hour)/1.5 minutes per
20 pages in one night times 3 nights = 60. 60 pages times 3 problems per page is 180 problems.
20*3=60
60*3=180
Using the Gordon Growth Model (a.k.a. Dividend Discount Model), the intrinsic value of a stock can be calculated, exclusive of current market conditions. In this model, the value of the stock is equated to the present value of the stock's future dividends.
<span>Value of stock (P0) = D1 / (k - g)
</span>where
D1<span> = </span><span>expected annual </span>dividend<span> per share in the following year </span>
<span>k = the investor's discount rate or required </span>rate of return
g = the expected dividend growth rate
<u>From the problem:</u>
The value of stock is $10.80
D1 is $0.40
g is 0.08
k is unknown
Solution:
Rearranging the equation for Gordon Growth Model to solve for k:
k = (D1/P0) + g
Substituting the variables with the given values,
k = (0.40/10.80) + 0.08
k = 0.1170
In percent form, this is
0.1170 * 100% = 11.70%.
Thus, the total rate of return on the stock is 11.70%.
Answer: shift to the left
Explanation:
The social return helps in comparing the value of benefits and the costs to achieving the benefits. The social return is the ratio of net present value of the benefits in comparison to the net present value of the investment or the costs to getting the benefits.
In this case, if a small electric automobile manufacturer is able to gain the social return generated by its electric motor, it would decrease the demand for financial capital which simply means that the demand for financial capital will shift to the left. This shift to the left is as a result of the gain in its social return gotten by the electric motor.
