Answer:
a. Determine the total charge under each plan for this case: 120 minutes of day calls and 40 minutes of evening calls in a month.
- Cost for Plan A = ($0.41 x 120) + ($0.16 x 40) + $20 = $
75.60
- Cost for Plan B = ($0.51 x 120) + ($0.15 x 40) + $20 = $
87.20
- Cost for Plan C = $80 + $20 = $100
b. If the agent will use the service for daytime calls, over what range of call minutes will each plan be optimal?
- If the agent will use the service only for daytime calls, Plan A is better if the agent uses 195 minutes maximum. If the agent expects to use 196 or more minutes, then Plan C is better.
c. Suppose that the agent expects both daytime and evening calls. At what point (i.e., percentage of total call minutes used for daytime calls) would she be indifferent between plans A and B?
- Plan A charges 10¢ less per daytime minute, while plan B charges 1¢ less for evening minutes, that means that the proportion of daytime calls should be 1/11, while the proportion of evening calls should be 10/11.
Answer: Cash payments made to suppliers were $307,000
Explanation:
In order to find cash paid to suppliers we start from the cost of goods sold, add any increase in inventory to it, subtract any decrease in inventory, add any decrease in accounts payable, subtract any increase in accounts payable.
So 282,000+20,000+5,000= 307,000
Answer:
Costs and benefits are weighed to determine if producing the good will be profitable.
Explanation:
Production of goods refers to the process through which raw material and resources are converted to a finished product. In most economies, production of goods are services is necessary to meet the demand for these goods. Companies and firms utilize resources like labor and materials to produce finished products. This is usually a costly activity that needs to be planned and organized for it to be successful. Since most businesses is for profit making, the production process has to be done in such a way that in the end, profits are made. Production processes requires financial strategies to be applied and assessed to ensure that the process is profitable in the long run.
An example of a financial analysis that can be used is the cost benefit analysis. The cost benefit analysis involves determination of all the resources that will be needed as input. The input is then convert into monetary terms, then summed together. The total amount of input in monetary terms is the cost, since that i the total amount needed to process the raw materials to finished goods. The future benefits are also forecasted and converted into monetary terms. The comparison of the costs versus the benefits forms what is collectively termed as the cost and benefits analysis.
When the costs outweigh the benefits, then the good should not be produced. When the costs are equal to the benefits, it means the business will break-even, so there will be no profits, it is advisable not to produce the good. Finally, when the benefits outweigh the costs, it is advisable to produce the good.
Saturn inc. is in the<u> "strategy formulation"</u> phase.
Strategy formulation is the procedure by which an association picks the most suitable courses of action to accomplish its characterized objectives. This procedure is basic to an association's prosperity, since it gives a system to the activities that will prompt the foreseen results. Key designs ought to be conveyed to all representatives with the goal that they know about the association's destinations, mission, and reason. Strategy formulation powers an association to deliberately take a gander at the changing condition and to be set up for the conceivable changes that may happen.
Answer:
c. resource-limited scheduling
Explanation:
Resource - limited scheduling -
As the name suggests ,
It refers to the method of scheduling the shortest schedule where the available resources are fixed , is referred to as the resource - limited scheduling .
It is a specific method to implement the resource leveling strategy in any assignment or project .
Hence , from the given information of the question ,
The correct answer is c. resource-limited scheduling .
