In the year 2000, the US census showed that 9.1% of those over 75 had not married so the percentage is relatively low and from 75-84 yrs old, about 50% were still married, 40% were widowed and 5.4 % were divorced.
Answer:
d. Michaela and her team create goals that balance the strengths, roles, and responsibilities of individual team members.
Explanation:
Development of team goals is most effective when the set targets are effectively being achieved by the team as a whole.
This entails that each team member contribute their own quota to the process.
The whole team is now involved in execution of planned actions.
The best statement that portrays this is: Michaela and her team create goals that balance the strengths, roles, and responsibilities of individual team members.
Answer:
Design Capacity Utilization= 75%
Production efficiency = 120%
Explanation:
Okay, so the question is to determine both the design and the effective capacity utilization measures and make a conclusion from there
1. The Capacity Utilization = The Actual Output/ Design Capacity
Actual Output= 300 hamburgers a day
Design Capacity = 400 Hamburgers a day
Therefore Capacity Utilization = 300 hamburgers/400 hamburgers x 100
= 75%
2. The Efficiency of the production = The Actual Output / The Effective Capacity
Actual Output = 300 Hamburgers a day
Effective Capacity = 250 hamburgers
= 300 Hamburgers/ 250 Hamburgers x 100
= 120%
Conclusion
First we see that the actual utilization of capacity is more better than the effective capacity and this is good. Also, the Design Capacity is higher than the actual capacity utilization which should also be expected as design capacity is a calculation based on ideal conditions that may be not realistic in real life conditions.
Answer:
A. 100,000 equivalent units
Explanation:
Calculation for what the Total equivalent units for Material P under the weighted-average method are calculated to
First step is to calculate the Unit transferred out
Unit transferred out = 28,000+72,000-16,000
Unit transferred out =84,000
Now let calculate the Total equivalent units for Material P
Total Equivalent unit of material P = 84,000+16,000
Total Equivalent unit of material P = 100,000
Therefore the Total equivalent units for Material P under the weighted-average method are calculated to 100,000 equivalent units
