Answer:
d.92 units.
Explanation:
Completed untis +
complete portion of ending WIP less
complete portion of beginning WIP
Completed and trasnferred 100
ending work in process_ 10 units x 40% = 4 units
beginning inventory 20 units x 60% complete (12) units
Equivalent Units for conversion 92
Answer:
people can perform more efficiently if they master just one task rather than all tasks.
Explanation:
Specialisation is the process by which a person becomes proficient at one particular ntask and in so doing they increase efficiency of production process.
In this scenario a single person performing the task can do one to three auto repairs per day. But if one person removed the old part, another person prepared the new part, and a third person installed the new part, they were able to complete up to twenty repairs per day.
That is an average of 20 ÷ 3= 6.667 per person per day.
This shows that people can perform more efficiently if they master just one task rather than all tasks.
Answer:
The advantage of recording daily guest counts is that the information is more accurate, and it can help help Raktida to better forecast the number of guests during the current year. It's all about the quality of the information and not just the total data available. Total numbers would have been the same, but the use that could be given to them would be limited. The same applies if instead of weekly guests, the information was for monthly guests. Weekly numbers would be more useful than monthly numbers.
Having daily numbers allows Raktida to forecast a much more accurate serving schedule.
Answer:
C. This variable is categorical
Explanation:
A categorical or discrete variable is one that has two or more categories (values). There are two types of categorical variable, nominal and ordinal.
A nominal variable has no intrinsic ordering to its categories. For example, gender is a categorical variable having two categories (male and female) with no intrinsic ordering to the categories.
An ordinal variable has a clear ordering. For example, temperature as a variable with three orderly categories (low, medium and high).
Hence, the variables used in this scenario is an ordinal variable because it has a clear ordering.
Answer:
Break Even Sales Volume in Dollars= $ 19500
Explanation:
Break Even Sales Volume in Dollars= Fixed Costs/ Contribution Margin Ratio
Break Even Sales Volume in Dollars= Fixed Costs/ 1- (variable Costs/ Sales)
Break Even Sales Volume in Units = Fixed Costs/ Contribution Margin per Unit
Break Even Sales Volume in Dollars= Fixed Costs/ 1- (variable Costs/ Sales)
Break Even Sales Volume in Dollars= $6,240/1-(130/190)
Break Even Sales Volume in Dollars= $6,240/1-0.68
Break Even Sales Volume in Dollars= $6,240/0.32
Break Even Sales Volume in Dollars= $ 19500
