Yes, vgfyhh6yh6h6hyhyhtvg6ybgy6hy6 is correct!
Answer:
$114 unfavorable
Explanation:
For computing the overall variable overhead efficiency variance first we have to need to find out the standard variable overhead rate which is shown below:
= ($11,680 + $41,900) ÷ 4,700 hours
= $11.4
Now the variable overhead efficiency variance is
= standard variable overhead rate × (Actual machine hours - standard machine hours)
= $11.4 × (4,740 machine hours - 4,730 machine hours)
= $114 unfavorable
This unfavorable indicates the actual hours are more than the standard hours
Answer:
total value be in the stock $9,000
Explanation:
given data
currently priced = $90 per share
Number of Stocks = 100 share
solution
we get here first Value of Position that is express as
Value of Position = $90 × 100
Value of Position = $9,000
and
After stock split
Number of Stocks will be
Number of Stock = 100 × 3 = 300
and
Price per Share will be
Price per Share = 
Price per Share = $30
so
Value of Position = 30 × 300
Value of Position = $9,000
Answer:
Bond price= 1,124,622
Explanation:
Giving the following information:
Face value= $1,000,000
Number of periods= 10*2= 20
Cupon rate= 0.12/2= 0.06
YTM= 0.1/2= 0.05
<u>To calculate the bond price, we need to use the following formula:</u>
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
Bond Price= 60,000*{[1 - (1.05^-20)] / 0.05} + [1,000,000 / 1.05^20]
Bond Price= 747,732.62 + 376,889.48
Bond price= 1,124,622
Answer:
Margin call will be obtained if the stock price drops below $35.71
Explanation:
Here in this question, we start by calculating the maintenance margin
Mathematically;
Maintenance margin = Equity/market value
From the question, maintenance margin= 30%
= 30/100 = 0.3
Let the unknown price be P.
Thus, the market value of the 200 shares at price P is 200p
Hence;
0.3 = (200 * p - purchased stock value * initial margin)/200p
0.3 * 200p = 200p - 200(0.5 * 50)/200p
0.3 * 200p = 200p - 5000
60p = 200p -5000
140p = 5000
p = 5000/140
p = $35.71
