Answer:
$2.25
Explanation:
sale volume of company = 30,000 unit
total fixed cost are = $30,000
total variable cost $45,000 for 30,000 unit
1 unit = 45000/30000 = $ 1 . 5
for the sale of 40,000 unit
the total expected cost
= Fixed cost + Variable cost
= $30,000 + 40,000×$1.50
= $30,000+$60,000
= $90,000
Cost per unit:
= $90,000/40,000
= $2.25
The number of units that Starling Co. sold was 11200
<u>Explanation:</u>
Given -
Operating income = $28,800
Fixed cost = $38,400
Selling price of one unit = $12
Variable cost = $12
Number of units sold, n = ?
Contribution margin per unit = $18 - $12
= $6


Therefore, number of units that Starling Co. sold was 11200
<span>The amount of Justin and Jenna's Earned Income Tax Credit which was reported in the payment section on page two of their return was $836. The Earned Income Credit, or EIC, is a tax credit that is refunded to low to moderate income earners who are working weather individual or couples. Generally, this is given to those who have children. The amount of the credit depends on the income and number of children.</span>
Answer: Inelastic
Explanation:
The coefficients in a log-log model represent the elasticity of your dependent variable with respect to your independent variable. In other words, the coefficient in a log-log demand model is the estimated percent change in
with respect to a percentage change in the independent variables like
,
, M,
, etc.
Thus, coefficient of
represents the elasticity of demand for good X with respect to Price of good x. So, Own-price elasticity of good x is 0.8.
Since this is less than 1 the good is relatively inelastic.
Answer:
c. -3.07
Explanation:
price elasticity of demand = % change in quantity demanded / % change in price
- % change in quantity demanded = (27,000 - 20,000) / 20,000 = 0.35 = 35%
- % change in price = (45,000 - $50,800) / $50,800 = -0.114 = 11.4%
price elasticity of demand = 35% / -11.4% = -3.07 or |3.07| in absolute terms
since the price elasticity is higher than |1|, then it is price elastic, which means that a 1% change in price will change the quantity demand in a higher proportion.