Answer:
1. Axial insertion
Factory overhead per board 2.70
2. Hand load
Activity consumption per board 27.50
3. Hand load
Activity driver rate 6.03
4. Masking
Factory overhead per board 51
5. Final test Test time 1
Explanation:
Calculation to Determine the missing amount
Activity Cost Driver Activity driver rate Activity consumption per board Factory overhead per board
1. Axial Insertion Number of axial insertions 0.27 10 10*.27 = 2.70
2. Hardware Insertion Number of hardware
insertions 4.00 (110/4 = 27.50) 110
3. Hand load Boothroyd time (48.24/8 = 6.03) 8 48.24
4. Masking Number of points masked 0.30 170 (170*.30 = 51)
5. Final test Test time (10/10=1) 10 10
Answer:
The correct answer is letter "D": Both B and C.
Explanation:
Policies and procedure compliance imply following the Code of Ethics and good procedures every company establishes to ensure employees are not misusing the resources of the firm to their favor or the favor of other individuals. That code establishes the rules all workers must be committed to at the moment of accepting working by the organization.
Thus, <em>Wilma Robles should report the missing Emerald cards to her immediate supervisor and follow-up on the activities of the employees involved. Besides, all the workers in charge of Emerald cards must receive an assessment on how to use those cards according to the company's guidelines</em>.
In order to derive Lily's demand curve for bananas, we need to solve the buyer's problem for her multiple times and find the optimal number of bananas, when price of a bananas is at a different level each time.
Explanation:
The demand curve is an intractable economic diagram that indicates the connection between an overall market demand for commodity quantity and market price.
The market demand graph is the convergence of all private market demand curves. This indicates the quantity expected by all people at different prices. For eg, the quantity expected by all advertisers at 10 dollars per day is 150 lattes.
Answer:
C
Explanation:
Gross domestic product is the total sum of final goods and services produced in an economy within a given period which is usually a year
GDP calculated using the expenditure approach = Consumption spending by households + Investment spending by businesses + Government spending + Net export
Nominal GDP is GDP calculated using current year prices.
If nominal GDP increases, it can be as a result of an increase in price level or an increase in output
for example,
In economy A, price in year 1 is 10 and price in year 2 is 20. Output in both years is 20
Nominal GDP in year 1 = (10 X 20) = 200
Nominal GDP in year 2 = (20 X 20) = 400
It can be seen that nominal GDP increased even though output did not increase
Assume that in economy B, price in year 1 and 2 is 10. Output in year 1 is 100 and output in year 2 is 200
Nominal GDP in year 1 = (10 x 100) = 1000
Nominal GDP in year 2 = (10 x 200) = 2000
Increase in nominal GDP in this economy is as a result of an increase in output
