JEBBERZ that link isn't even clickable
Answer:
The correct answer is (E)
Explanation:
A standard method of calculating transportation cost is used to maintain equality among organisations. This method is applied to all the workers and government employees, but it has some rules and regulations. If an employee for example attorney is using his vehicle for calling on clients is fine as long as the car average fuel consumption is standard. For example, if an attorney used his Tesla for calling on clients is not a standard way which is why transportation cost will not be calculated by the standard mileage method.
Answer:
A. follow the 45-degree line from the origin
Explanation:
In order to diversify the business that means the output level should be increased we need to rise the input i.e. no of planes and pilots
Now if we increase the no of planes by 1 so here the no of pilots should also be increased by 1 units
So the expansion path equation is y = x
Therefore the option a is correct
Answer:
average annual transportation inventory for each alternative are 16.4383 , 5.4794, 27.3972
Explanation:
Given data
Annual demand A = 2000 flower
transit time t1 = 3 days
transit time t2 = 1 day
transit time t3 = 5 days
to find out
What is the average annual transportation inventory for each alternative
solution
we will apply here average annual transportation inventory formula that is
average annual transportation inventory = t × A / 365
put the value t1 , t2 and t3 for annual demand 2000
so
average annual transportation inventory = t × A / 365
average annual transportation inventory = 3 × 2000 / 365 = 16.4383
and
average annual transportation inventory = t × A / 365
average annual transportation inventory = 1 × 2000 / 365 = 5.4794
and
average annual transportation inventory = t × A / 365
average annual transportation inventory = 5 × 2000/ 365 = 27.3972
Answer:
$303
Explanation:
The computation of the absorption costing unit product cost is shown below:
= Direct materials per unit + Direct labor per unit + variable manufacturing overhead per unit + Fixed manufacturing overhead per unit
= $149 + $112 + $7 + $35
= $303
Working note:
The Fixed manufacturing overhead per unit is measured below:
= Fixed manufacturing overhead ÷ Number of units produced
= $301,000 ÷ $8,600 units
= $35
