Answer:
Results are below.
Explanation:
<u>First, we need to calculate the total unitary variable cost:</u>
Total unitary variable cost=2.5 + 1.5 + 0.25 + 1.5
Total unitary variable cost= $5.75
<u>Now, the variable costing income statement:</u>
Sales= 33,000*12= 396,000
Total variable cost= (33,000*5.75)= (189,750)
Total contribution margin= 206,250
Fixed Manufacturing Expenses= (117,000)
Fixed Selling and Administration Expenses= (21,000)
Net operating income= 68,250
That the phone has data without internet making the phone useable while not at home or out in public
Answer:
b) 100 cars per day.
Explanation:
With the information above, we can conclude that each worker washes 20 cars per day, and earns a wage of $60 per day.
So the total labor costs per day is $60 wage per worker X 4 workers = $240
The total sales revenue per day is: 80 cars washed per day X $5 per wash = $400.
So, we can see that with four workers, the firm has a good profit of = $400 - $240 = $160.
If the firm hired a fifth worker, labor costs would increase to $320 ($240 + $60), the amount of cars washed would increase to 100, and the sales revenue would increase to $500 (100 x $5).
So, profits would increase to $180 ($500 - $320) if the firm hired a fifth worker.
However, productivity should still be stable, so a worker who washed less than 20 cars per day should not be hired, this is why the A option is wrong.
Answer:
c. 2.71, and supply is elastic.
Explanation:
The formula to compute the price elasticity of supply is shown below:
Price elasticity of supply = (Percentage change in quantity supplied ÷ percentage change in price)
where,
Change in quantity supplied is
= Q2 - Q1
= 100 t-shirts - 75 t-shirts
= 25 t-shirts
And, an average of quantity supplied is
= (100 + 75) ÷ 2
= 87.5
Change in price is
= P2 - P1
= $20 - $18
= $2
And, the average of price is
= ($20 + $18) ÷ 2
= 19
So, after solving this, the price elasticity of supply is 2.71
