Answer:
This determination belongs to "W" in SWOT analysis.
Explanation:
SWOT is an analyzing technique of the organizations. It stands for Strength, Weakness, Opportunities, and Threats. Here, strength includes various resources in which the company is doing better whereas weaknesses include the inefficiency of the company. Opportunity refers to various other alternatives for the company and threat includes various possibilities or situations that can harm the company, for example, emerging competition. Therefore, we can say that not having sufficient funds is a part of “W” in the SWOT analysis.
Answer:
true
Explanation:
the formula used to determine the break even point in units is:
- break even point in units = total fixed costs / contribution margin
where contribution margin = selling price - variable costs
The break even point refers to the output level where revenues = costs. Any output level above the break even point results in profits for the company, while any output level below the break even point results in losses.
Small business is difficult in the economy because its self made
Answer:
The correct answer is letter "A": Commodity goods.
Explanation:
A differentiation strategy is an approach adopted by companies to make the goods or services they offered unique compared to their competitors. Most firms tend to use price as the main key to the difference between their products and the competitors'.
Thus, <em>the differentiation strategy is less likely to be applied in commodity goods because they are inherently unique such as oil, natural gas, precious metals or foreign currencies</em>.
Answer:
$1,440 per machine
Explanation:
The computation of the cost per machine is shown below:
= Total cost ÷ number of machine completed
where,
Total cost = Material cost + direct labor cost + manufacturing overhead applied cost + beginning work in process cost - ending work in process cost
= $15,000 + $11,000 + $7,000 + $11,000 - $8,000
= $36,000
And, the number of machine completed is 25
So, the cost per machine is
= $36,000 ÷ 25 machines
= $1,440 per machine
