They can offer a certain amount of raise if they do extra work they can also motivate them with threatening to fire them they can also motivate them that they’ll get them something else and motivate them but if they don’t do this then they’ll get the amount of money they get lowered
Answer:
b. $303,000
Explanation:
The activity rate
1. Machining = 
= $ 20 per machine hour
2. Machine set up =
= $ 500 per set up
3. Product design =
= $ 22000 per product
4. Order size =
= $ 26 per direct labor hour
Now the ABC cost (Product T05P)
1. Machining = 
= 4000 x 20
= $ 80,000
2. Machine set ups = 
= 90 x 500
= $ 45,000
3. Product design = 
= 1 x 22000
= $ 22,000
4. Order size = 
= 6000 x 26
= $ 156,000
Therefore, the total manufacturing overhead cost assigned to product T05P = 80000 + 45000 + 22000 + 156000
= $ 303,000
Answer:
Option (d) is correct.
Explanation:
Total Segment Margin = Net Operating Income + common fixed expenses
= $ 25,000 + $ 37,000
= $ 62,000
Total Segment Margin = Segment Margin of Q + Segment Margin of P
$ 62,000 = $ 21,000 + Segment Margin of P
or Segment Margin of P = $ 62,000 - $ 21,000
= $ 41,000
Answer:
The correct answer is option d.
Explanation:
The effficent market hypothesis is an investment theory which advocates that the stock prices reflect all the available information. As a result, stocks are always traded at their fair value.
The strong form of efficient market says that stock prices reflect all information whether public or private.
This implies that investors cannot have more than normal profits. In the above example, the investors are able to make profit through insider information. This means that the market is less than strong form efficient.
From the problem statement it is clear that here we need to find out simple interest rate.
One do not get interest on any investment made at the end of tenure.
Putting this mathematically:
Let amount at the end of 5th year as A
Simple Interest for 5 years, SI = 750 *5
SI = 3750
Hence A = 10000 +3750
A= 13750
Let rate of return = R
Tenure t = 5
But,
A = P(1 + R*t/100)
13750 = 10000( 1+ R*5/100)
13750 = 10000 + 50000R/100
3750 = 500R
R = 3750/500
R = 7.5 %
Hence rate of return is 7.5% per annum (answer)
