Answer: BP = BD(WD) + BE(WE)
1 = 0.86(1-WE) + 1.39WE
1 = 0.86-0.86WE + 1.39WE
1 = 0.86 + 0.53WE
-0.53WE = -0.14
0.53WE = 0.14
WE = 0.14/0.53
WE = 0.2641509434
WD = 1 - WE
WD = 1 - 0.2641509434
WD = 0.7358490566
The dollar amount of investment in stock D = 0.7358490566 x $215,000
= $158,207.54
Explanation: The beta of the portfolio is 1, which corresponds to the beta of the market. The beta of the portfolio equals beta of each stock multiplied by the percentage of fund invested in each stock(weight). The weight of stock D is equal to 1 - weight of stock E. Therefore, we need to make weight of stock E the subject of the formula by solving the problem mathematically and collecting the like terms. The weight of stock E is 0.2641509434. The weight of stock E will be subtracted from 1 so as to obtain the weight of stock D, which is 0.7358490566. The dollar amount of stock D equal to $215,000 multiplied by 0.7358490566, which is $158,207.54.
Answer:
8.60%
Explanation:
We use the MM proposition II with taxes
ra 0.125
D 5000
E 9600 (14,600 assets = 5,000 liab + equity)
rd ??
taxes 0.34
re 0.1384
We set p the formula and solve:
rd = 0.860181818 = 8.60%
Answer:
Explanation:
Market prices control the supply for coffee shops, not only that but also it is also affected by other factors with things like: price of inputs, and how much it cost to make, and technology developments
Hello there,
An example of global dependency is when products are produced and used in the same country?
Answer: False
Answer:
$2,250 Favourable
Explanation:
Calculation to determine the fixed factory overhead volume variance
Fixed factory overhead volume variance=$2.50 × [18,750 hrs. – (5,100 units × 3.5 hrs.)]
Fixed factory overhead volume variance=$2.50×[18,750 hrs. – 17,850 hrs]
Fixed factory overhead volume variance=$2.50×900
Fixed factory overhead volume variance=$2,250 Favourable
Therefore the fixed factory overhead volume variance will be $2,250 Favourable
