Answer:
B. gives the same answer regardless of the direction of change
Explanation:
The computation of the price elasticity of demand using mid point formula is shown below:
Price elasticity of demand = (Percentage change in quantity demanded) ÷ (percentage change in price)
where,
Percentage change in quantity demanded is
= (change in quantity demanded ÷ average of quantity demanded)
And,
The percentage change in price is
= (percentage change in price ÷ average of price)
Therefore, it reflects the same answer
The answer in the space provided is concurrent engineering.
It is because concurrent engineering is the one responsible of having to lead
improvement in regards of the organization or company’s reduced cost or its
productivity in which is helpful and could brought it for their own benefit.
Answer:
B. Controllable costs
Explanation:
There are some costs that are expended by a company during the cost of carrying out their business operations. These costs such as labor costs and marketing budgets are incurred because the company has full authority over them. They are costs that can be altered in short term based on a business decision.
In other words, controllable costs are those costs or expenses that can be influenced by those who are saddled with the responsibilities of incurring them.
This process is known as operations management. Operations management serves to foster the highest possible level of efficiency within an organization. It is an important practice of business management. The way operations management is carried out in any organization is varied and it depends on the types of goods and services that are offered.
It can be calculated using the following formula: Fixed Overhead <u>Volume </u>Variance = Applied Fixed Overheads – Budgeted Fixed Overhead. Here, Applied Fixed Overheads = Standard Fixed Overheads × Actual Production.
Volume is a measure of the occupied three-dimensional space. [1] Often quantified numerically using SI units (such as cubic meters and liters) or various imperial units (such as gallons, quarts, and cubic inches). Container volume is generally understood to mean the capacity of the container. That is, the amount of fluid (gas or liquid) the container can hold, rather than the amount of space the container itself moves through.
For simple 3D shapes, you can easily calculate the Volume is a measure of the occupied three-dimensional space. [1] Often quantified numerically using SI units (such as cubic meters and liters) or various imperial units (such as gallons, quarts, and cubic inches). Container volume is generally understood to mean the capacity of the container. That is, the amount of fluid (gas or liquid) the container can hold, rather than the amount of space the container itself moves through.
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