I would buy a Chromebook. I would buy a Chromebook because I would be able to do stuff like school work and it would be very helpful so that way I wouldn’t have to narrow my moms Chromebook. That is what I would buy with a million dollars.
Answer:
The maximum transfer price would be $50.
Explanation:
The maximum transfer price is nothing but the market price for the product , which is the most simple way to derive a transfer price . Here by selling the components of aircraft engines at market price, there are very good chances of high profits to be earned. So the maximum transfer price should be $50.
The <em>federal reserve</em> use <u>open-market operations</u> tool to control monetary policy through<em> bank borrowing.</em>
<h3>What are open-market operations?</h3>
Open market operations tend to imply the process in which the Fed buys and sells securities of the government in the <u>financial market</u> or to <u>commercial banks. </u>
Therefore, the money supply stabilizes when Fed <em>sells securities</em> that <u>decrease</u> the borrowing capacity of the banks. Similarly, when Fed <em>purchases securities</em>, the banks' borrowing capacity increases which increase the <em>money supply. </em>
Learn more about Federal reserves here:
brainly.com/question/18451428
The approach that you should use to accomplish this would be to use the cost feature along with the duration and the cost options.
What to do to crash a schedule
In order to crash a schedule you have to
- analyze the part
- identify the tasks which could be shortened
- Make calculations for each task
- Choose the project that would cost you the less money.
- Prepare the crash budget.
Read more on schedule crashing here:
brainly.com/question/14069240
Answer:
$3,799
Explanation:
The total bill amount is
Before that The computation of the fixed cost and the variable cost per minute by using high low method is computed
Variable cost per minute = (High bill cost - low bill cost) ÷ (High minutes - low minutes)
= ($4,500 - $2,630) ÷ (480 - 160)
= $1,870 ÷ 320
= $5.84
Now the fixed cost equal to
= High bill cost - (High minutes × Variable cost per minute)
= $4,500 - (480 × $5.84)
= $4,500 - $2,803
= $1,697
Now the total bill would be
= Fixed cost + expected minutes × variable cost per minutes
= $1,697 + 360 × $5.84
= $1,697 + $2,102
= $3,799