Answer:
Results are below.
Explanation:
Giving the following information:
The hybrid will get 30 miles per gallon of gas, and the traditional car will get 20 miles per gallon. Also, assume that the cost of gas is $1.80 per gallon.
<u>To calculate the unitary cost of one mile, we need to use the following formula:</u>
One mile unitary cost= cost per gallon / mile sper gallon
Hybrid:
One mile unitary cost= 1.8 / 30
One mile unitary cost= $0.06
Traditional:
One mile unitary cost= 1.8 / 20
One mile unitary cost= $0.09
Answer:
B. 0.41
Explanation:
Given that
Cash $22,000
Short-term investments 41,000
Net current receivables 50,000
Merchandise inventory 93,000
Total current liabilities 275,000
Recall that
Acid test ratio = (cash + short term investments + current receivables ) ÷ Total liabilities
ATR = (22000 + 41000 + 50000 ) ÷ 275000
ATR = 113000 ÷ 275000
= 0.4109
= 0.41
Note that, inventories is not added because Acid test ratio also called quick ratio compares current asset with current liabilities and inventories can be difficult to sell in current terms.
Answer:
1) 10 , 10
2) 15 , 20
Explanation:
1) P( food > $7 ) = 50% = 0.5
P ( food < $7 ) = 0.5
Expected value of utility for not preparing food
= 0.5( 0 ) + 0.5(20 )
= 10
Expected value of utility from bring sandwiches
= 0.5( 10 ) + 0.5(10)
= 5 + 5 = 10
2) Considering the third option
Value of utility from not preparing food with option to convert to buying sandwiches at deli
= 0.5 ( 10 ) + 0.5(20 )
= 5 + 10 = 15
The Value of the real Option = 20
Answer:
$50,000 + $25x
Explanation:
Given that,
Fixed cost to start a production process = $50,000
Variable cost per unit = $25
Revenue per unit is projected to be $45
Therefore,
Let the number of units produced be x,
The total cost function is as follows:
Total cost = Fixed cost + Variable cost
= $50,000 + (Variable cost per unit × Number of units)
= $50,000 + $25x