Answer:
Future value= $151,018.51
Explanation:
Future value of money measures how much a present amount of money will be in the future at a given interest rate.
The interest gained on money shows the time value of money. One dollar today is less than one dollar in one year's time
The formula for future value is
Future value = Present value * (1 + rate)^time
As we have two periods in this case (10 years and 20 years)
Future value = Present value * {(1 + rate1)^time1} * {(1 + rate2)^time2}
Future value = 12,500 * {(1 + 0.07)^10} * {(1 + 0.095)^20}
Future value= $151,018.51
Answer:
Of course this is a retaliatory action. Troy filed a complaint for discriminatory harassment against Cinthia and she answers back by discriminating against Troy even more. All she needed to do was stop discriminating against Troy, she wasn't supposed to increase discrimination against him. This is an example of what shouldn't happen.
Explanation:
If this is the whole problem:
<span>A trucking company is hired to deliver 125 lamps for $12 each. The company agrees to pay $45 for each lamp that is broken during transport. If the trucking company needs to receive a minimum payment of $1365 for the shipment to cover their expenses, find the maximum number of lamps they can afford to break during the trip.
My answer is 3 lamps.
125 lamps * 12 each = 1,500 total revenue
</span>
Minimum revenue: 1,365
1,500 - 1,365 = 135 excess from minimum revenue.
135 ÷ 45 charge of broken lamp = 3 lamps.
The company can afford to break a maximum of 3 lamps w/o falling below its minimum payment.
Answer: Andrew should look to find the information in SFAC No. 7. The level of the conceptual framework that his new knowledge will apply to is level 3.
Explanation:
From the question, we are informed that Andrew has been asked to estimate future cash flows for his company and that he is having a hard time remembering how to estimate future cash flows from his accounting classes.
Andrew should look to find the information in SFAC No. 7. The level of the conceptual framework that his new knowledge will apply to is level 3.
Answer:
$1.2 per mile
Explanation:
Computation of the variable cost per mile using the high-low method
Using this formula
Variable cost per mile = (Highest activity cost - Lowest activity cost)/(Highest activity - Lowest activity)
Let plug in the
Variable cost per mile= (14,721 - 13,503)/(8,510 - 7,495)
Variable cost per mile= 1,218/1,015
Variable cost per mile=$1.2 per mile
Therefore the Variable cost per mile will be $1.2 per mile.
