Answer: Cost to purchase the options on the exercise date = $1000
Explanation:
Given:
Stock options awarded = 10
Right to buy shares = 10
Exercise price = $10
We'll compute the cost as follow:
Cost to purchase the options on the exercise date = Stock options awarded × Right to buy shares × Exercise price
Cost to purchase the options on the exercise date = 10×10×10
Cost to purchase the options on the exercise date = $1000
<u><em>Therefore, the correct option is (d)</em></u>
Answer:
variable overhead efficiency variance= $22,780 unfavorable
Explanation:
Giving the following information:
Standard hours per unit of output 7.0 hours
Standard variable overhead rate $ 13.40 per hour
Actual hours 2,725 hours
The actual output of 150 units
To calculate the variable overhead efficiency variance, we need to use the following formula:
variable overhead efficiency variance= (Standard Quantity - Actual Quantity)*Standard rate
Standard quantity= 150*7= 1,050 hours
variable overhead efficiency variance= (1,050 - 2,750)*13.4
variable overhead efficiency variance= $22,780 unfavorable
Answer:
Today's price = = $30
Explanation:
The question requires the most price one is willing to pay today for the following
a) a stock that will sell for $30 in 1 year
b) Payout a dividend of $3
3) with a return rate on equity of 10%
To calculate the price for today or the present value,
we add the dividend expected to the selling price as follows
$3 + $30 = $33
The rate = 10% and the period = 1 Year
Present value = Future Value / (1+r)∧n
= 33/ 1.1
= $30
