Answer:
Present Value= $1,772.115
Explanation:
Giving the following information:
You have won the $3 million first prize in the Centennial Lottery.
However, the prize will be awarded on your 100th birthday, 78 years from now. What is the present value of your windfall if the appropriate discount rate is 10 percent.
We need to use the following formula:
PV= FV/[(1+i)^n]
PV= present value
FV= final value
PV= 3000000/(1.10^78)= $1,772.115
The beginning balances should be entered in the general ledger as of April 30, 2017, as
follows:
A. Beg. Bal
Supplies
(Beg. Bal 500]
Equipment,
[Beg.Bal___ 24000]
‘Accounts Payable
72100 Beg. Bal
Notes Payable
110000 Beg. Bal
neared Service Revenue
1000 Beg. Bal
Common Stock
‘5000 Beg. Bal
Retained Earnings
11400 Beg. Bal
D.
Prepare the trial balance as follows:
PM Salonine.
Trial Balance
As on May 31, 2017
Account Titles Debit ($) Credit ($)
Cash 5100
Supplies 1200
Equipment 24000
‘Accounts Payable 1200
Unearned Service Revenue 1200
Notes Payable 10000
Common Stock 5000
Retained Earnings 11400
Service Revenue 6000
Salaries Expense 2400
Rent Expense 1000
Advertising Expense 500
Utilities Expense 400
Interest Expense 50
Income Tax Expense 150
Total 34800-34800
Learn more about balances here:- brainly.com/question/24914390
#SPJ9
Answer:
6.80%
Explanation:
The average nominal returns is the sum of the returns for 5 years divided by the number of returns considered( i.e 5, 5 returns for 5 years)
average nominal returns=(6%-13%+24%+18%+15%)/5
average nominal returns=10.00%
The Fisher's equation is shown thus:
(1 + i) = (1 + r) (1 + π)
i=nominal return=10.00%
r=average real return=the unknown
π=inflation rate=3%
(1+10.00%)=(1+r)*(1+3%)
1.10=(1+r)*1.03
1+1=1.10/1.03
r=(1.10/1.03)-1
r=6.80%