Answer:
I think the customer will get upset.
The customer will think the salesperson is not ready to attend to him.
Answer:
the artist should make the elegant version since the expected profits are higher
Explanation:
elegant version:
expected revenue = (400 x $150 x 40%) + (350 x $110 x 60%) = $47,100
expected profits = $47,100 - $30,000 = <u>$17,100</u>
deluxe version:
expected revenue = (500 x $110 x 40%) + (450 x $70 x 60%) = $47,100
expected profits = $42,250 - $30,000 = $12,250
Solution:
Instructions Journalize the April transactions:
Date Account Titles and Explanation
4/30 Work in Process—Cooking
Work in Process—Canning
Raw Materials Inventory
4/30 Work in Process—Cooking
Work in Process—Canning
Factory Labor
4/30 Work in Process—Cooking
Work in Process—Canning
Manufacturing Overhead
4/30 Work in Process—Canning
Work in Process—Cooking
Cooking and out the debits
Debit Credit
22,800
10,900 33,700
9,400
7,230 16,630
33,800
28,100 61,900
55,900
55,900
Answer:
c. short-run average total cost is typically above long-run average total cost
Explanation:
In the case when the average of the total cost of the short run should be compared with the average of the total cost of the long run for a given output level so this means that the average of the total cost of the short run should be more than the average of the total cost of the long run
Therefore as per the given situation, the option c is considered
Answer:
Bond price= $1,210.4
Explanation:
Giving the following information:
Coupon rate= 0.079/2= 0.0395
YTM= 0.056/2= 0.028
Face value= $1,000
n= 13*2= 26
<u>To calculate the price of the bond, we need to use the following formula:</u>
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
Bond price= 39.5*{[1 - (1.028^-26)]/0.028} + [1,000 / 1.028^26]
Bond price= 722.67 + 487.73
Bond price= $1,210.4
