Answer:
Explanation:
The expected value is calculated by using the probability of each event. If the chance of dying is 0.60% then the chance living is 99.40%. The expect value formula is:
∑[(xi)*P(xi)] (for all i events).
In this problem we have two events: live or die. If the person dies the family receives $1,000,000 (X1=$1,000,000) and if the person lives the family receives $0 (X2=$0). The probability of receiving $1,000,000 is 60% (P(x1)=0.006) and the probability of receiving $0 is 99.40% (P(x2)=0.994)
Using the formula the expected value of the policy (without the insurance cost):
$1,000,000* (0.006)+ $0*(0,994)= $6,000
If we subtract the insurance value:
$6,000-$5,500= $500
Answer:
Option A
Explanation:
Exercise price is the base price at which a share can be sold and is called the strike price of an option, increase in exercise price would reduce its market value because the value is the difference between it exercise price and market price.
The answer is mission statement which is letter a. It defines the company's business, its objectives and its approach to reach those goals in the future which is written in the vision statement. Elements of Mission and Vision Statements are often put together to provide a statement of the company's purposes, goals and values.
Answer:
Variable cost per unit= $1.92 per car wash
Explanation:
Giving the following information:
$5,400, occurred in July when 2,700 cars were washed and the lowest bill, $3,100, occurred in February when 1,500 cars were washed.
To determine the variable cost, we need to use the high-low method:
Variable cost per unit= (Highest activity cost - Lowest activity cost)/ (Highest activity units - Lowest activity units)
Variable cost per unit= (5,400 - 3,100) / (2,700 - 1,500)= $1.92 per car wash
