Answer:
B. $1,989.75
Explanation:
Cost of option (C) = $510.25
Option selling price (Po) = $85 per share
Share price when selling (Ps) = $60 per share
Number of shares (n) = 100 shares
Since the option allows you to sell shares that are valued at $60 for at $85 each, by selling 100 shares, your total earnings are:

To find the pre-tax net profit (P), subtract the amount paid for the options from your earnings:

Answer:
The overhead for the year was $130,075
Explanation:
GIVEN INFORMATION -
ESTIMATED ACTUAL
Manufacturing overhead $132,440 $128,600
Machine hours 2800 2750
Here for calculating the overhead for the year we will use the following formula =
\frac{Estimated Manufacturing Overhead}{Estiamted Machine Hours}\times Actual Machine Hours
= \frac{\$132,440}{2800}\times 2750
\$47.3\times 2750 = \$130,075
Therefore the overhead for the year was $130,075
If a driver have committed a second and third offense, they will have their license suspended for six months with other punishment.
<h3>What is Road traffic offense?</h3>
A road traffic offense refers to any act that violated the Road traffic rule.
Some road traffic offense apportioned for a typical road traffic offense includes:
- suspension of driver license
- fines etc
In conclusion, If a driver have committed a second and third offense, they will have their license suspended for six months with other punishment.
Read more about road traffic offense
<em>brainly.com/question/1138029</em>
Answer:
$17,835.90
Explanation:
Currently Hodgkiss is operating at 92% of its fixed asset capacity, so they have an spare 8% to grow without adding any more fixed assets: ($780,000 / 92) x 100 = $847,826.09.
So they need to add fix assets in to increase its production by $32,173.91 (= $880,000 - $847,826.09).
Every dollar spent in fixed assets generates at full capacity $1.8039 in production output (= $847,826 / $470,000).
If they want to increase production by $32,174, they will need to spend $17,835.90 in fixed assets.
Answer:
Price of the Bond is $868.82
Explanation:
Market Value of the bond is the present value of all cash flows of the bond. These cash flows include the coupon payment and the maturity payment of the bond. Price of the bond is calculated by following formula:
Market Value of the Bond = C/2 x [ ( 1 - ( 1 + r/2 )^-2n ) / r/2 ] + [ $1,000 / ( 1 + r/2 )^2n ]
Whereas
C = coupon payment = $110.00 (Par Value x Coupon Rate)
n = number of years = 7
r = market rate, or required yield = 14% = 0.14
P = value at maturity, or par value = $1,000
Price Value of the Bond = $110/2 x [ ( 1 - ( 1 + 14%/2 )^-2x7 ) / 14%/2 ] + [ $1,000 / ( 1 + 14%/2 )^2x7 ]
Price Value of the Bond = $55 x [ ( 1 - ( 1 + 7% )^-14 ) / 7% ] + [ $1,000 / ( 1 + 7% )^14 ]
Price of the Bond = $481.0+$387.82
Price of the Bond = $868.82