Answer:
According to the numbers in the article
smoking among adults is inelastic because the percent change in price is less than the percentage change in quantity demanded.
Explanation:
Inelasticity means that price changes do not affect the demand for smoking among adults. When the habits of consumers to smoke are not determined by the change in the price of the item, the demand is described as inelastic. In other words, a change in the price of the good or service does not generate a corresponding change in the quantity demanded. Inelasticity, as an economic term, states that the quantity demanded of a good or service remains static when there is a change in its price.
Answer:
the elimination of competition
Explanation:
Answer:
$150
Explanation:
Calculation to determine How much does the investor gain or lose if the oil price at the end of the contract equals $14.0
Using this formula
Gain or Loss =(Futures price- Ending contract)*Contract size
Let plug in the formula
Gain or Loss=$15.5 per barrel- $14.0* 100 barrels
Gain or Loss=$1.5*100
Gain or Loss=$150
Therefore How much does the investor gain or lose if the oil price at the end of the contract equals $14.0 will be $150
Answer:
$ 2,829,276
Explanation:
The budgeted direct labour cost is going to be based on the budgeted production units.
Production budget = sales budget + closing inventory -opening inventory
Production budget = 46,000 - 140 + 580 = 45,560
Labour budget = Production budget× hours per unit
= 45,560× 2.7 hrs × $23
= $ 2,829,276
Answer: The correct answer is "D. equal to MR, MC, and minimum ATC.".
Explanation: In long-run equilibrium, a purely competitive firm will operate where price <u>is equal to MR, MC, and minimum ATC.</u>
In perfect competition the companies are accepting price, therefore they will produce as long as the price is equal to the marginal cost and the marginal income thus ensures that the sale of each unit of product does not cost more than the profit obtained from the sale. of this and when the average total cost, that is, the total cost of producing each unit of product, is the least possible.
