The <u>law of increasing relative cost </u>states that the opportunity cost of producing a good always rises as one produces more of it.
According to the law of increasing costs, production eventually loses efficiency as it grows. The labor expenses for each additional item will increase, for instance, if increased production requires overtime work from your workforce.
Opportunity cost is the value of other commodities or services you must forgo in order to get your desired item. The term "cost" as used by economists often refers to opportunity cost. Cost is frequently mentioned in conversations or on the news.
According to the law of increasing opportunity cost, the cost of manufacturing the next unit rises as you keep up with the production of a given good.
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A typical transition moment one could use to implement a new savings plan is when we get an increment in salary or wages.
<h3>What is a Transition moment?</h3>
A transition moment is used to described a moment between an initial state and a final state.
<h3>What is
savings plan?</h3>
A saving plan is any type of financial plan which aims to encourage saving of money or value for future use.
Hence, a typical transition moment one could use to implement a new savings plan is when we get an increment in salary or wages.
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In this report, there are three variables being
mentioned. These are:
1st variable = 19 minutes
2nd variable = 7 jumps
3rd variable = 79%
In this problem, I believe what we are asked to do is to
identify the type of variable the 2nd variable is. We are given that
the 2nd variable is “7 jumps”.
This means that the 2nd variable is quantitative because it
refers to or relating to a measurement of something rather than the quality. We
also know that jumps can only take whole numbers, not decimal. Therefore it is
also discrete. Hence, the 2nd variable is:
quantitative and discrete
The amount of interest owed to the bondholders for each payment is $33,750. The amount interest to the bondholders for each payment should be calculated with this formula: Interest Yield Rate x Face Value of Bond x Time (9% x $750,000 x 1/2). The market interest rate of 8% has no effect on the interest payment calculation but it impacted the bond market value.