Answer:
E) none of the above
12.70% and 2.49% standard deviation
Explanation:
We multiply probability by the outcome to get the weighted amount, we add them and get the expected return.
probability outcome weighted
0.25 0.10 0.0250
0.45 0.12 0.0540
0.30 0.16 0.0480
expected return 0.1270
Now that we got the expected return at 12.7%
We now subtract the possible outcome with the expected return and square them:
(0.127-0.1)^2
(0.127-0.12)^2
(0.127-0.16)^2
Then we add them and divide by the sample which is 3
0.000622
²√ 0.000622 = 0.024944383
<u><em>Final step,</em></u> will be the square root which gives the standard deviation
of 2.49% = 0.024947
$5 per worker
5*3=15
$7 per worker
7*2=14
total of what he pays the workers per hour
15+14=29
he pays the workers 29 dollars per hour
Answer:
Ans. The effective annual interest rate charged on the loan is 12.99% effective annually. (Please see the attached excel spread sheet)
Explanation:
Hi, attached is the amortization table that I made for this case. Notice that there is a yellow and green cell, the yellow one is the result of using the "IRR" function of MS Excel which provides an effective monthly rate, since the payments are made every month, then we have to transform that monthly effective rate into an effective annual rate, this is the formula to use.
That is:
Which we round to 12.99% effective annually.
Finally, notice that I didnt use the payments to find the effective rate, I used the cash flow, that was because you didn´t receive all the 100K (the fee, remember?), you received $98,000.
Best of luck.
Answer:
Objective , contact information, work experience, education and training, education and training, name.
Answer:
Net pay $764.5
Explanation:
given data
wages = $1000
income taxes = $159
solution
particular net pay
Gross wages $1000
less
Income taxes withheld $159
FICA-social security (1000×6.2%) = $62
FICA-Medicare taxes (1000×1.45%) = $14.5
Total taxes withheld (235.5)
So, Net Pay $764.5
