Answer:
The marginal benefit from selling the vane without restoring it is $200.
Explanation:
Marginal benefits are the extra income a company can get from selling one additional unit of production.
Zane had already spent $250 in purchasing the vane and the restoration process.
Zane has two options:
- Sell the vane as it is for $200.
- Keep restoring the vane, spend $200 more and sell the vane for $500.
If Zane decides to sell the vane as it is, his marginal benefit will be $200. That would not be enough to cover his costs, this transaction will result in a $50 loss.
If Zane decides to continue the restoration, then his marginal costs will be $200 extra, but his marginal benefit would be $500. If he chose this option he could end up earning a $50 profit.
Answer:
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Explanation:
The basic theory illustrated in (Figure) is that, because of the existence of fixed costs in most production processes, in the first stages of production and subsequent sale of the products, the company will realize a loss. For example, assume that in an extreme case the company has fixed costs of ?20,000, a sales price of ?400 per unit and variable costs of ?250 per unit, and it sells no units. It would realize a loss of ?20,000 (the fixed costs) since it recognized no revenue or variable costs. This loss explains why the company’s cost graph recognized costs (in this example, ?20,000) even though there were no sales. If it subsequently sells units, the loss would be reduced by ?150 (the contribution margin) for each unit sold. This relationship will be continued until we reach the break-even point, where total revenue equals total costs. Once we reach the break-even point for each unit sold the company will realize an increase in profits of ?150.
For each additional unit sold, the loss typically is lessened until it reaches the break-even point. At this stage, the company is theoretically realizing neither a profit nor a loss. After the next sale beyond the break-even point, the company will begin to make a profit, and the profit will continue to increase as more units are sold. While there are exceptions and complications that could be incorporated, these are the general guidelines for break-even analysis.
As you can imagine, the concept of the break-even point applies to every business endeavor—manufacturing, retail, and service. Because of its universal applicability, it is a critical concept to managers, business owners, and accountants. When a company first starts out, it is important for the owners to know when their sales will be sufficient
The law of diminishing marginal utility states that as more units of a good are consumed, the marginal utility from the consumption of the next unit becomes lesser. John's total utility from the consumption of two ice creams is 10, and his total utility from the consumption of three ice creams is 9.7.
<h3>What does the law of diminishing marginal utility State?</h3>
- According to the law of declining marginal utility, when consumption rises, the marginal utility gained from each extra unit decreases, all other things being equal.
- The incremental improvement in utility brought on by consuming one more unit is known as marginal utility.
<h3>Which law does the law of diminishing marginal utility affect?</h3>
- According to the law of diminishing marginal utility, a good or service's marginal utility decreases the more of it is used by a person.
- Consuming increasing quantities of a good gives economic actors less and less pleasure.
<h3>What is law of diminishing marginal returns?</h3>
- According to the law of declining marginal returns, increasing the number of production factors leads to lesser increases in output.
- The addition of any more of a production element after a certain level of capacity utilization would unavoidably result in lower per-unit incremental returns.
Learn more about diminishing marginal utility here:
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Answer: Sell before assembly, the company will be better off by $1 per unit.
Explanation:
To solve the above question, we need to calculate the incremental profit or loss first. This will be:
= After assembling sales value - Unassembled unit sales value - Coat if further processing
= $87 - $62 - $26
= -$1
Since there is an incremental loss of $1, then the correct answer is "Sell before assembly, the company will be better off by $1 per unit".
