This is because the lowest is the most efficient amout to make. As we increase number the extra costs of making those items will also increase.
Answer:
$26.67 million
Explanation:
The computation of price per share is shown below:-
Total market value = $1,150 million + $120 million
= $1,270 million
Market value of equity = Total market value - value of debt - value of preferred stock
= $1,270 million - ($120 million + $300 million + $50 million)
= $1,270 million - $470 million
= $800 million
Price per share = Market value of equity ÷ Stock outstanding
= $800 million ÷ $30 million
= $26.67 million
Answer:
The multiple choices are:
a. $1132
b. $1044
c. $ 962
d. $1153
e. $ 988
The correct option is C,$962
Explanation:
The price a rational and prudent investor like me would be willing to pay for the bond today is the present worth of future cash inflows receivable from the bond issuer,which comprises of annual coupon interest and the face value at maturity.
=-pv(rate,nper,pmt,fv)
rate is required rate of return expected by investor of 10%
nper is 5 years since the investor intends to hold the bond for 5 years
pmt is the annual coupon interest=$1000*9%=$90
fv is the face value of $1000
=-pv(10%,5,90,1000)=$962.09
The current price is $962
Answer:
The total cost of Job 903 is $5,073.20
Explanation:
The computation of the total cost is shown below:
= Direct material used + Direct labor cost + overhead cost (Predetermined manufacturing overhead rate per direct labor hour × Direct labor hours used in Job 903)
= $3,200 + $1,092 + ($18.60 × 42 labor hours)
= $3,200 + $1,092 + $781.20
= $5,073.20
