Answer: $688.17
Explanation:
He has to pay $60 every month on the first day or a lump sum.
The lump sum will be the present value of monthly payments.
This is a stable Cashflow and so is an Annuity and because it is done on the first day of the month it is an Annuity due.
Calculating present value of annuity due is;
= Annuity + Annuity (( 1 - ( 1 + r) ^ -(n - 1)) / r)
= 60 + 60 (( 1 - ( 1 + 0.833%)-¹¹) / 0.833%) )
=60 + 60* 10.4695
= $688.17
Note: interest rate must be divided into 12 to make it monthly rate.
=10%/12
= 0.833%
Answer:
Results are below.
Explanation:
Giving the following information:
Production= 800 boxes
Each box of tile requires 0.50 hours of direct labor.
Employees of the company are paid $17 per hour.
<u>First, we need to determine the number of hours required:</u>
Number of hours= 800*0.5= 400 hours
<u>Now, the total direct labor cost:</u>
Direct labor cost= 400*17= $6,800
Answer:
An information is missing on this question but I found the complete details as shown below;
"A company borrows $50,000 by signing a $50,000, 8% note that requires six equal payments of
<em>10816</em> (round to the nearest dollar) at the end of each year. (The present value of an annuity of six
annual payments, discounted at 8% equals 4.6229.) "
Explanation:
An annuity payment is made in equal amounts for a specified period of time in this case 6 years.
Since the equal payments are made annually and you are given the Present value of the annuity as $50,000 & discount factor of 4.6229, divide the PV by the discount factor. The value of equal payments should be equivalent to the $<em>10816 ;</em>
<em>=50,000 / </em>4.6229
= 10815.7217
Next, round the answer to the nearest dollar;
When rounded to the nearest whole number it becomes $10,816.
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