First, you have to calculate the amount of tuition when the student reaches age 18. Do this by multiplying $11,000 by 1.07 each year from age 12 until it reaches age 18. Thus, 7 times.
At age 18: 16,508
At age 19: 17,664
At age 20: 18,900
At age 21: 20,223
Then, we use this formula:
A = F { i/{[(1+i)^n] - 1}}
where A is the monthly deposit each year, F is the half amount of the tuition each year illustrated in the first part of this solution, n is the number of years lapsed.
At age 18:
A = (16508/2) { 0.04/{[(1+0.04)^6] - 1}} = $1,244.389 deposit for the 1st year
Ate age 19
A = (17664/2) { 0.04/{[(1+0.04)^7] = $1,118 deposit for the 2nd year
At age 20:
A = (18900/2) { 0.04/{[(1+0.04)^8] = $1,025 deposit for the 3rd year
At age 21:
A = (18900/2) { 0.04/{[(1+0.04)^8] = $955 deposit for the 4th year
"The answer is $106".
After tax cost of debt 6%
Dep per year 1600
Tax sav from dep 640
cost of owning 0 1
interest -480
tax saving 192
maintence -240
maintenece saving 96
Depn tax saving 640
loan repay
net cash cost 208
PV cost of owning (6%) -3474
cost of leasing
lease payment -2100
Tax savings from lease 840
net cash cost -1260
PV cost lease 6% -3368
PV cost own - Pv cost lease 106
Answer: 1009.75
Explanation:
Computation of Net Pay
Hourly wage 30 × 46. = 1380
Excess hours 30×1/2×(46-40) =90
Total Gross =1470
Less:
Income Tax 350
Social Security ta 1470×6%. 88.2
Medicare tax 1470×1.5% 22.05
Net Pay 1009.75
Hence Option B is correct.
Answer: <em>Polish, Civility and Social Intelligence </em>
Explanation:
The following are the synonyms for the professional behavior: Civility, Polish and Social Intelligence. Social intelligence is referred to as or known as the capacity of an individual to know himself/herself and other individual. Civility is referred or as known as the civilized conduct i.e. considered to be a polite act or an expression
.
Answer:
The withdraw amount is "11,227.42".
Explanation:
The given values are:
In stock account,
PMT = $820
Interest rate = 
N = 300
PV = 0
In Bond account,
PMT = $420
Interest rate = 
N = 300
PV = 0
Now,
By using the FV (Future value) function, the value in Stock account will be:
= ![FV(rate,nper,pmt,[pv],[type])](https://tex.z-dn.net/?f=FV%28rate%2Cnper%2Cpmt%2C%5Bpv%5D%2C%5Btype%5D%29)
= 
By using the FV (Future value) function, the value in Stock account will be:
=
= 
After 25 years,
The value throughout the account, will be:
= 
= 
By using the PMT function, we can find the with drawling amount. The amount will be:
= ![PMT(rate, nper, pv, [fv], [type])](https://tex.z-dn.net/?f=PMT%28rate%2C%20nper%2C%20pv%2C%20%5Bfv%5D%2C%20%5Btype%5D%29)
= 
