Let’s Analyze
ASSIGNMENT EXERCISE 1. Getting acquainted with the computations in the topic productivity.
Now, I will require you to solve the problem given considering the requirements.
PROBLEM: Jon Snow makes billiard balls in his New England plant. With recent increases in his
costs, he has a newfound interest in efficiency. Jon is interested in determining the productivity
of his organization. He would like to know if his organization is maintaining the manufacturing
average of 3% increase in productivity. He has the following data representing a month from
last year and an equivalent month this year.
                                                                   Last Year          Now
             Units produced (billiard balls)                          1,000           1,000
                       Labor (hours)                                   300             275
                     Resins (pounds)                                    50              45
                    Capital interest ($)                             10,000          11,000
                       Energy (BTU)                                   3,000           2,850
REQUIREMENT (Place your solution for each category per box below):
1. Compute for the productivity of each category (up to 4 decimal point per answer).
   Show your solution
For Labor (Hours)                                    For Resins (pounds)
Last Year: 1000/300=3.3333 billiard balls/labor      Last Year: 1000/50= 20.0000 billiard balls/pound
hour                                                 of resins
Current Year: 1000/275=3.6364 billiard balls/labor   Current Year: 1000/45=22.2222 billiard
hour                                                 balls/pound of resins
For Capital Interest (Dollars)                       For Energy (BTU)
Last Year: 1000/10000=0.1000 billiard balls/dollar   Last Year: 1000/3000=0.3333 billiard
of the capital interest                              balls/BTU(Energy)
Current Year: 1000/11000=0.0909 billiard             Current Year: 1000/2850=0.3509 billiard
balls/dollar of the capital interest                 balls/BTU(Energy)
2. Compute for the productivity percentage change for each category (up to 4 decimal point
   per answer). Show your solution.
For Labor (Hours)                                    For Resins (Pounds)
Formula=(New Productivity-Old Productivity)/Old      Formula=(New Productivity-Old Productivity)/Old
Productivity                                         Productivity
Data: Please refer to #1 answers                     Data: Please refer to #1 answers
Solution: (3.6364-3.3333)/3.3333=0.0909 or           Solution: (22.2222-20.0000)/20.0000=0.1111 or
9.09% change                                         11.11% change
For Capital Interest (Dollars)                        For Energy (BTU)
Formula=(New Productivity-Old Productivity)/Old       Formula=(New Productivity-Old Productivity)/Old
Productivity                                          Productivity
Data: Please refer to #1 answers                      Data: Please refer to #1 answers
Solution: (0.0909-0.1000)/0.1000= -0.091 or           Solution: (0.3509-0.3333)/0.3333=0.0528 or
-9.10% change                                         5.28%
Does the organization maintain the manufacturing average of 3% increase inproductivity?
Elaborate your answer.
Yes. Apparently, the organization maintains the manufacturing average of 3% increase in productivity.
Given the data of The New England Plant, there is a clear sign that they are able to boost up their
productivity. A positive 9.09% change in labor, 11.11% change in material and 5.28% change in energy.
In the other hand, the plantation showed a negative change on the capital interest which covered
-9.10% change. But if you will make an average, this will yield a 4.095% increase. That's why they were
able to maintain the 3% increase.