Answer:
The correct answer is: more likely to experience a loss when sales are down than a company with mostly variable costs.
Explanation:
The fixed cost ratio is a simple ratio that divides fixed costs by net sales.
The profit formula is:
Profit = Sales- Total cost =(Price * Q)-(FC + VC*Q)
Where
FC=Fixed cost
VC= variable cos
t
Q=produce quantity
If sales go down, we have to pay this fixed cost even if we have no sales. So if this Fixed cost are high , is most likely we are going to experience loss
Answer:
Continuous manufacturing organisation
Explanation:
Continuous production uses a production plant to manufacture a product continuously. It is also called continuous flow.
This is so called because the materials inputted in the production process is in continuous motion as it moves through the production line.
The products tend to be similar or standardised with no distinguishing features. For example cement, fertiliser, and sugar
Missing information:
How much is the value of full costing ending inventory?
Answer:
$8,750
Explanation:
1,000 units were produced and 800 were sold, so ending inventory = 200 units
total production cost per unit (under full costing) = $35,000 / 800 = $43.75
ending inventory = $43.75 x 200 = $8,750
Full costing basically refers to absorption costing, which calculates COGS using both variable and fixed costs (total production costs).
Answer:
Inelastic
Explanation:
Price Elasticity of demand is the a measure which is used to show the responsiveness of the quantity to its price.
Price Elasticity of demand = Change in quantity / Change in price
% Change in quantity = ( 45,000 - 35,000 ) / 45,000 = 22.22%
% Change in price = ( 20 - 30 ) / 20 = -50%
Price Elasticity of demand = Change in quantity / Change in price
Price Elasticity of demand = 22.22% / -50% = -0.4444
As the answer is less than 1 so, demand is Inelastic.
Answer:
The right answer is option (A).
Explanation:
According to the scenario, given data is :
Time required for one unit = 12 Min
Payment for job = $12.75 / Hour
So, payment for job per minute = $12.75 / 60 = $0.2125 / minute
Hence, Rate per piece = rate/minute × time required for one unit
= $0.2125 × 12
= $2.55
Hence the most appropriate answer is option (A).
