Answer:
Contribution per unit of scare resource (in hour) = $24 per hour
Explanation:
The question falls under the limiting factor analysis
<em>When a business is faced with a problem of shortage of a resource which can be used to produced more than one product type, to maximize the use of the resource , the business should allocate it for production purpose in such a way that </em><em>it maximizes the contribution per unit of the scare resource.</em>
Therefore Santario Company should allocate the machine hours to maximize the contribution per unit of machine hour.
Contribution per unit of scare resource is determine as follows:
Contribution per unit of scare resource for Model K-3
Contribution per unit of Model K-3 = $6
Machine time per unit = 15 minutes
<em>Contribution per unit of scare resource in minutes</em>
=Contribution per unit/Machine time per unit
= 46/15 minutes
= $0.4 per minute
Contribution per unit of scare resource (in hour)
$0.4 per minutes× 60
= $24 per hour
Answer:
Some entities will follow a top-down mandatedapproach to budgeting. These budgets will begin with upper-level management establishing parameters under which the budget is to be prepared. These parameters can be general or specific. They can cover sales goals, expenditure levels, guidelines for compensation, and more. Lower-level personnel have very little input in setting the overall goals of the organization.
Explanation:
Answer:
a. True
Explanation:
Since small business has lesser processes and paper work as compare to the larger organizations where formal procedures are in placed
Answer:
$66,909
Explanation:
Calculation for How much must each deposit be (rounded to the nearest $10)?
First step is to calculate the PV using financial y
N= 25
PMT= 200,000
FV= 0
i/y= 9
PV= ?
Hence,
PV= 2,141,322
Now let How much must each deposit be by finding the PMT using financial calculator
N= 15
FV= 2,141,322
PV=0
i/y= 9
PMT= ?
Hence,
PMT=$66,909
Therefore How much must each deposit be is $66,909
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