Answer:
$1.5
Explanation:
Given:
Charges per order = $30
Charges per case = $50
1 case = 5 bags of fertilizers
Number of fertilizers bags needed per year = 2000 bags
Annual holding cost, C₀ = 30%
Now,
Annual demand for cases, D = 
= 
= 400 cases
thus,
Annual unit holding cost per case, 
= 30% of $50 i.e $15
Thus,
Economic Order quantity ( EOQ ) =
on substituting the respective values, we get
EOQ =
or
EOQ = 40
Now,
Annual ordering cost = Ordering cost × Number of orders
= C₀ × 
= $30 × 
= $300
Annual inventory holding cost
= Annual unit inventory holding cost × Average inventory
= × 
= $15 × 
= $300
Now,
Sum of annual ordering and holding cost per case of fertilizer
= $300 + $300
= $600
Therefore,
Annual ordering and holding cost per case of fertiliser
= 
= 
= $1.5
Answer:
y = -0.05x + 200
Explanation:
Two points are available ($200, 0), ($190, 200)
We find the equation from these two points.
Slope = (190-200)/(200 -0) = -10/200 = -0.05
Now, we write the equation of line with scope m=-0.05 and point (0. 200)
y-200 = -0.05(x-0)
y = -0.05x + 200 (Demand equation)
The answers to the question are "shift outward" and "growth" based on the blank sentence above. The Production Planning Curve is a graph which shows the effectivity of a production process of a country. An output increase indicates an increasing of the effectivity of a production process of a country and this effectivity is a result of a growth.
The answer will be An excess of production.
Hope this helps!
<span>The plantwide overhead rate method means </span>using overhead rate to allocate costs to products and includes <span>indirect costs (overhead cost) to cost allocation base (single plantwide overhead rate) to cost objects (products 1-3).
</span><span>The statement that the unit of product is the cost object when the plantwide overhead rate method is used is true. </span>
