Answer:
C. <u>shortage</u>; <u>elastic</u>; <u>the same number of</u>
Explanation:
The law of demand states an inverse relationship between quantity demanded of a good and it's price.
Price elasticity of demand refers to the degree of responsiveness of quantity demanded to a change in price. When quantity demanded changes less relatively to change in price, it is termed as inelastic demand while when the change in quantity demanded is lot more than the change in price, it is termed as elastic demand.
In the given case, after the upper limit price has been capped and fixed, this would create a rush and tickets for the sports events would be sold off since the quantity demanded would rise.
This would result into a shortage since demand shall exceed supply and since the price cannot be raised above $50.
The more elastic the demand, more shortage of tickets it would result into and the same number of people will attend the events i.e the seating capacity is not increased.
Answer:
d.$75,952 decrease
Explanation:
We simply use the Accounting Equation to determine the period's change in total liabilities.
So, the Accounting Equation states :
Assets = Equity + Liabilities
also
Assets - Equity = Liabilities
therefore,
($49,928) - $26,024 = Liabilities
(- $75,952) = Liabilities
conclusion
The period's change in total liabilities is $75,952 decrease
Answer:
1. 73 %
2. 27 %
3. $60,000
4. Ways to increase projected operating income without increasing total sales revenue :
- Reduce the variable costs per unit
- Reduce fixed overheads
Explanation:
Contribution Margin Ratio = Contribution / Sales × 100
Where,
Contribution = Sales - Variable Costs
= $88,000 - $23,760
= $64,240
Then,
Contribution Margin Ratio = $64,240/ $88,000 × 100
= 73 %
Variable Cost Ratio = Variable Cost / Sales × 100
= $23,760 / $88,000 × 100
= 27 %
Break-even sales revenue = Fixed Costs ÷ Contribution Margin Ratio
= $43,800 ÷ 0.73
= $60,000
<u>Ways to increase projected operating income without increasing total sales revenue :</u>
- Reduce the variable costs per unit
- Reduce fixed overheads
Answer:
The variable cost per unit is $1.54
Explanation:
Variable costs are those cost which vary with the change in production of units means higher the production higher cost and lower production will result in lower cost e.g Material cost, labor cost etc.
On the other hand fixed cost the cost which does not vary with the production of units. It is fixed no matter what is the level of production.
According to given data:
Total Cost = $500,000
Fixed Cost = $260,000
Variable cost = Total cost - fixed cost
Variable cost = $500,000 $260,000
Variable cost = $240,000
Number of units = 156,000
Variable cost per unit = $240,000 / 156,000 = $1.54 per unit
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