Probably swimming unless for photography you use a cheap camera :p
It really just depends how you look at it
Answer:
B. $30,000 and $15,000
Explanation:
We can compute this as follows,
We need to calculate flexed budget costs for the production of 125 boots.
Budgeted / boots are as follows,
Leather cost / boot = $240
Direct Labor / boot = $120
The costs that should have been for 125 boots are then,
Leather = 125 * 240 = $30,000
Direct Labor = 125 * 120 = $15,000
Hope that helps.
Answer:
$200 loss
Explanation:
Long call profit = Max [0, ($123 - $120)(100)] - $500 = -$200.
Answer:
d. Need more information.
Explanation:
Demand elasticity is a microeconomic concept that aims to measure the sensitivity of demand in the face of price changes.
When calculated, elasticity reaches values that signal consumers' response to price. If elasticity is a value between 0 and 1, then demand is inelastic - little sensitive to price changes. If demand is greater than 1, this means elastic - very sensitive to price changes.
The numbers presented by the question show a highly elastic demand for theater ticket prices in both cases, especially in the afternoon shift. Thus, the theater could lower the price of both, because in elastic demands, a negative variation in price will increase the demand. However, this is not enough to calculate profit maximization since the profit calculation formula also involves costs, which are not described in the question.
