A firm in a perfectly competitive market: d. must take the price that is determined in the market.
<h3>What is a
perfectly competitive market?</h3>
A perfectly competitive market can be defined as a type of market in which there are many buyers and sellers of homogeneous products, and there is free entry and exit in the market.
This ultimately implies that, all business firms in a perfectly competitive market must be willing to take the price that is determined in the market.
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Quality best represents to reduce the likelihood of a product recall
There are many different statistical tools available, some of which are straightforward, some complex, and many of which are quite specialized for certain uses. Comparing data, or groups of data, in analytical activity is the most crucial common procedure for calculating accuracy (bias) and precision. Fortunately, much of the information required in routine laboratory work can be acquired using a few easy-to-use statistical tools: the "t-test," the "F-test," and regression analysis. As a result, examples of these will be provided in the following pages. Clearly, statistics are a tool, not a goal, and a skilled and committed analyst may find simple data examination, without statistical treatment, to be just as beneficial as statistical numbers on their desk.
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Answer:
The correct option is D: $8.60
Explanation:
Average fixed cost of Pretty Flowers = $5.40
Average variable costs of Pretty Flowers = $3.20
We are asked to calculate the Average total cost of Pretty Flowers at this current level
Hence:
Average total cost Pretty Flowers = Average fixed cost of Pretty Flowers + Average variable costs of Pretty Flowers
If we substitute the value of these variables in the equation, we get:
Average total cost Pretty Flowers = $5.40 + $3.20 = $8.60
Answer:
The answer is below
Explanation:
Scientific notation is a way in which real numbers both big and small are represented in decimal form. It is represented by dividing the number into two parts in the form of a × , where 1 ≤ |a| ≤ 10 and b is to the power of ten which makes it equal to the original number.