This is done by connecting a device called a modem to the digital computer. This process of converting a digital signal to an analog signal is known as modulation. On the receiving end, the incoming analog signal is converted back to digital form in a process known as demodulation.
The correct option is B - Opportunity Cost
<u>Explanation:</u>
Generally, an opportunity cost is the benefit that you gave up when you pass on that option in favor of another option. For instance, by choosing to purchase furniture instead of taking a vacation comes at the cost of not experiencing the relaxation and fun associated with a vacation. All options have opportunity costs (getting married instead of staying single, investing in school instead of retirement, etc).
Everyone should know that opportunity cost is a very important concept that doesn’t just have its application in economics; you can apply it to all aspects of your daily life. Whether you’re cooking, eating, playing soccer, going to the movies, or hitting the gym, so long as you’re breathing, evaluating the choices you’re presented with is an inevitability, whether conscious of it or not.
<span>it requires a company or individual divide resources on multiple targets rather than one. Therefore, one must use these resources more efficiently because he or she is using the same amount, usually concentrated on one target, on multiple. A company should only use this strategy if it is extremely confident in its ability to market simultaneously to multiple groups.</span>
Answer:
$13,290.89 and $15,734.26
Explanation:
In this question we have to use the Present value function which is shown on the attachment below:
In the first case
Provided that
Future value = $0
Rate of interest = 12% ÷ 12 months = 1%
NPER = 48 months
PMT = $350
The formula is shown below:
= PV(Rate;NPER;PMT;FV;type)
So, after solving this, the present value is $13,290.89
In the second case
Provided that
Future value = $0
Rate of interest = 12% ÷ 12 months = 1%
NPER = 60 months
PMT = $350
The formula is shown below:
= PV(Rate;NPER;PMT;FV;type)
So, after solving this, the present value is $15,734.26
<span>It's like a type of a</span><span> account in the current liabilities section of a </span><span>company's um I think balance sheet.</span>
